CN106254818A - Method for monitoring area - Google Patents
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- CN106254818A CN106254818A CN201510396032.2A CN201510396032A CN106254818A CN 106254818 A CN106254818 A CN 106254818A CN 201510396032 A CN201510396032 A CN 201510396032A CN 106254818 A CN106254818 A CN 106254818A
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- 238000012544 monitoring process Methods 0.000 title claims abstract description 103
- 238000000034 method Methods 0.000 title claims abstract description 46
- 230000001755 vocal effect Effects 0.000 claims description 58
- 230000035479 physiological effects, processes and functions Effects 0.000 claims description 21
- 238000006073 displacement reaction Methods 0.000 claims description 16
- 230000002547 anomalous effect Effects 0.000 claims description 4
- 230000002159 abnormal effect Effects 0.000 claims description 2
- 238000010191 image analysis Methods 0.000 abstract 1
- 238000010586 diagram Methods 0.000 description 14
- 238000004891 communication Methods 0.000 description 4
- 230000005540 biological transmission Effects 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 2
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- 235000005035 Panax pseudoginseng ssp. pseudoginseng Nutrition 0.000 description 1
- 235000003140 Panax quinquefolius Nutrition 0.000 description 1
- 208000031481 Pathologic Constriction Diseases 0.000 description 1
- 238000013475 authorization Methods 0.000 description 1
- 238000000151 deposition Methods 0.000 description 1
- 238000011161 development Methods 0.000 description 1
- 230000006870 function Effects 0.000 description 1
- 235000008434 ginseng Nutrition 0.000 description 1
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Abstract
The invention discloses a region monitoring method, which comprises the steps of acquiring a region image of a monitored region by using an image acquisition device, carrying out image analysis on the region image to generate image information of at least one target object, receiving at least one wireless signal from at least one wireless transmitter through a wireless receiver, and determining whether to send out an alarm signal according to at least one identification code and the image information, wherein each wireless signal comprises an identification code, and at least one identification code of at least one wireless signal is different from each other.
Description
Technical field
The present invention is to monitor method, a kind of monitoring method in region about one.
Background technology
Factory's monitoring application can say it is one of the pioneer of security monitoring application.Due to the personnel in factory and goods
The substantial amounts of thing and its assets value being had are far above other field, and therefore most manufacturers exist
The security monitoring early stage of development has imported safety monitoring system the most.Along with the quick step of safety monitoring technology is taken off,
Used in factory the grade of safety monitoring system also with lifting.
Mostly safety monitoring system in factory is to utilize employee's card and video capturing device to carry out management and control work at present
The personnel of factory's turnover.Such as: by the monitoring personnel of Surveillance center by acquired in viewing video capturing device
Image whether be suspicious personage, and by swiping employee's card if monitoring the turnover personnel of gateway, gate
Personnel are allowed to pass in and out.
But, the safety monitoring system in current factory the most quite lacks in material handling.Such as: factory
In that the often generation quantity of goods that is such as positioned in storage is incorrect, particulars of goods is incorrect etc. is many existing
As, these all cannot utilize safety monitoring system to effectively guard against.And along with cargo storage amount and/or storehouse
The increase of storage quantity, the degree of difficulty of its material handling is also the highest.
Furthermore, in personal management, the most still have many places needing and strengthening.Such as: factory is the most often sent out
Raw the most a certain employee uses the employee of other employees to demonstrate,prove, employee occurs in its affiliated working region non-,
Non-employee usurps employee and demonstrate,proves many phenomenons such as entrance factory, and these all cannot utilize safety monitoring system effective
Ground is taken precautions against.
Summary of the invention
In view of this, the present invention provides a kind of monitoring method in region.
In one embodiment, a kind of method that monitors comprises the district utilizing video capturing device to obtain monitoring region
Territory image, area image is carried out image analysing computer with produce at least one object image information, by nothing
Line receiver receives from least one wireless signal of at least one wireless transmitter and knows according at least one
Other code and image information decide whether to send warning signal, and wherein, each wireless signal includes an identification code,
And at least one identification code of at least one wireless signal is different.
In one embodiment, a kind of monitoring method comprises and monitors region by physiology identification program
In at least one object.
In sum, according to the monitoring method of the present invention can by monitoring system perform image identification program and
Physiology identification program monitors at least one object in region, when at least one in object
When there is anomalous event, server can send warning signal.Consequently, it is possible to the monitoring personnel of object or
Management personnel can quickly learn, and then promotes monitoring efficiency.
Accompanying drawing explanation
Fig. 1 is the functional block diagram of the first embodiment of the monitoring system according to the present invention.
Fig. 2 is the functional block diagram of an embodiment of the monitoring system of Fig. 1.
Fig. 3 is the flow chart of an embodiment of the monitoring method according to the present invention.
Fig. 4 is the configuration diagram of the first embodiment of the monitoring system of Fig. 2.
Fig. 5 is the schematic diagram of the area image of video capturing device 30 acquisition of Fig. 4.
Fig. 6 is the flow chart of the first embodiment of the monitoring method of Fig. 3.
Fig. 7 is the configuration diagram of the second embodiment of the monitoring system of Fig. 2.
Fig. 8 is the schematic diagram of the area image 51 of video capturing device 30 acquisition of Fig. 7.
Fig. 9 is the flow chart of an embodiment of the monitoring method of Fig. 6.
Figure 10 is the flow chart of the second embodiment of the monitoring method of Fig. 3.
Figure 11 is the flow chart of an embodiment of the monitoring method of Figure 10.
Figure 12 is the flow chart of the 3rd embodiment of the monitoring method of Fig. 3.
Figure 13 is the flow chart of an embodiment of the monitoring method of Figure 12.
Figure 14 is the configuration diagram of the 3rd embodiment of the monitoring system of Fig. 2.
Figure 15 is the flow chart of the 4th embodiment of the monitoring method of Fig. 3.
[symbol description]
10 wireless transmitter 50 objects
20 wireless receiver 51 area images
21 first wireless receiver 511 goods images
22 second wireless receiver 512 character images
30 video capturing device 60 electronic apparatus
40 server 70 mikes
41 storage element 80 gates
42 image identification server A first directions
43 event server B second directions
45 sound-groove identification servers
Detailed description of the invention
Fig. 1 is the functional block diagram of the first embodiment of the monitoring system according to the present invention.Refering to Fig. 1,
Monitoring system comprises wireless transmitter 10, wireless receiver 20, video capturing device 30 and server
40。
Monitoring system can be used at least one object 50 monitoring in region, wireless transmitter 10
May be disposed at object 50, carry out channel radio by least one wireless transmitter 10 with wireless receiver 20
News, and it is electrically connected with server 40 to monitor mesh by wireless receiver 20 and video capturing device 30
Mark thing 50.In certain embodiments, object 50 can be true man, robot, animal, goods, fortune
The movably object such as defeated instrument, and monitoring region can be the front door of factory, lift port, working region
Etc. the region to be monitored.
Wireless transmitter 10 has exclusive device and launches code, and device can be launched code by wireless transmitter 10
Launching after inserting signal, the wireless signal making different radio emitter 10 be launched has difference again
Identification code；Or, wireless transmitter 10 can insert the identification code of user sets itself, makes difference
The wireless signal that wireless transmitter 10 is launched has different identification codes.In certain embodiments, know
Other code can comprise hardware address (MAC Address), the device of wireless transmitter 10 launches code (Device ID)
Or other are specific to coding (the Unique Identification Number of each wireless transmitter 10；UID).
In certain embodiments, wireless transmitter 10 and wireless receiver 20 are to meet Bluetooth transmission specification
Receive or launch Bluetooth signal.It is preferred that each wireless transmitter 10 and wireless receiver 20 meet bluetooth
The transmission specification of more than 4.0.
In certain embodiments, server 40 can be personal computer, industrial computer or high in the clouds clothes
Business device etc. has media of processor and storage element, and server 40 and wireless receiver 20 and image
Can be connected by wire communication interface, such as between acquisition device 30: USB, Ethernet (Ethernet),
Or, connected by wireless communication interface, such as: ZigBee, bluetooth, infrared ray, radio frequency identification
The mode of the communication network such as (RF ID), Wi-Fi, WiMAX, 2G, 2.5G, 3G or 4G passes
Pass information.
Fig. 2 is the functional block diagram of an embodiment of the monitoring system of Fig. 1.Refer to Fig. 2, monitoring system
System further includes mike 70 and electronic apparatus 60, and server 40 further includes image identification server
42, sound-groove identification server 45, storage element 41, event server 43.Image identification server 42
Being connected to video capturing device 30, sound-groove identification server 45 is connected to mike 70, wireless receiver
20 are connected to event server 43, and storage element 41 is connected to image identification server 42, sound-groove identification
Server 45 and event server 43, and, event server 43 is connected to electronic apparatus 60.
Fig. 3 is the flow chart of an embodiment of the monitoring method according to the present invention.Referring to Fig. 2 and
Fig. 3, monitoring method comprises the area image (step utilizing video capturing device 30 to obtain monitoring region
S110), image identification server 42 carries out image analysing computer to produce at least one object to area image
Image information (step S120), the wireless receiver 20 of 50 receive from least one wireless transmitter 10
At least one wireless signal (step S130), and event server 43 is according at least one wireless signal
The image information of at least one identification code and object 50 decide whether to send warning signal (step
S140)。
In certain embodiments, warning signal can be transmitted to holding by event server 43 by wireless network
There are monitoring personnel or the management personnel of electronic apparatus 60 so that it is the on-the-spot shape in monitoring region can be learnt
Condition.
In certain embodiments, aforesaid wireless network can be ZigBee, bluetooth, infrared ray, wireless penetrate
Frequently identification (RF ID), Wi-Fi, WiMAX, 2G, 2.5G, 3G or 4G.Electronic apparatus
60 can be mobile phone, mobile computer, personal computer or tablet PC.Below will be with multiple enforcements
Example and graphic explanation monitoring system and monitoring method.
Fig. 4 is the configuration diagram of the first embodiment of the monitoring system of Fig. 2.Fig. 5 is the image of Fig. 4
The schematic diagram of the area image that acquisition device 30 obtains.Fig. 6 is the first enforcement of the monitoring method of Fig. 3
The flow chart of example.In certain embodiments, monitoring system can monitor the goods deposited in freight house, please be simultaneously
With reference to Fig. 4 to Fig. 6, object 50 can be single kinds of goods, or for the assembly of multiple kinds of goods (such as Fig. 4 institute
Show).In order to monitor goods, wireless transmitter 10 can be fixedly installed or be removably positioned on goods,
For example, wireless transmitter 10 Pasting or locking the outermost packaging bag of goods, packing crates,
On packing box or label.Further, wireless transmitter 10 is arranged on goods one to one, therefore, according to
The wireless signal that each wireless transmitter 10 is launched, the identification code of wireless signal i.e. represents specific
Goods, say, that the corresponding different identification code of different goods.
Video capturing device 30 and wireless receiver 20 can be arranged according to the region depositing goods, and will
It is installed in freight house can be fixed position, such as: wall (as shown in Figure 4) or ceiling, cause shadow
The area image 51 (as shown in Figure 5) in freight house, and wireless receiver can be obtained as acquisition device 30
20 can receive the wireless signal from wireless transmitter 10.In certain embodiments, if monitoring region
Regional extent is bigger.More wireless receiver 20 and video capturing device 30 can be set to avoid monitoring
Dead angle.Video capturing device 30 can be network camera (webcam), network monitoring camera (IP
Camera), digital camera, the photographic lens of personal computer or other can obtain image and tool communication network
The device of network function.
Base this, after video capturing device 30 obtains the area image 51 of freight house (step S110), shadow
As the area image 51 of freight house is transmitted to image identification server 42 by acquisition device 30, image identification takes
Business device 42 receives the area image 51 of freight house and area image 51 is carried out image analysing computer to produce goods
Image information (step S120).On the other hand, wireless receiver 20 receives from different goods
Wireless signal (step S130) and by transmission of wireless signals to event server 43.In this, event takes
Business device 43 decides whether to send warning signal according to the identification code of wireless signal and the image information of goods
(step S140).
In certain embodiments, area image 51 comprises the quantity of goods image 511, and image identification takes
Business device 42 analyzes the external form profile of goods image 511 to calculate the quantity of goods image 511.Further,
Event server 43 calculates the quantity (step S141) of different identification codes to calculate wireless transmitter 10
Quantity.Event server 43 quantity of goods image 511 and the quantity of identification code are compared with
Judge the quantity of identification code and the quantity the most identical (step S142) of goods image 511.If it is aforementioned
Both quantity different, event server 43 i.e. sends warning signal (step S143)；If it is aforementioned
Both quantity identical, event server 43 does not send warning signal.In certain embodiments, no
The quantity of opinion goods image 511 is the most identical with the quantity of identification code, and event server 43 all will determine that
Result is stored in (step S150) in the log file of storage element 41, causes the management personnel of freight house
It is easy to management.
Base this, receive from the overseas wireless signal of monitored space once wireless receiver 20, represent goods
Thing is deposited in wrong region (quantity of goods image 511 is not equal to the quantity of identification code), event
Server 43 i.e. sends warning signal (step S143) to electronic apparatus 60 and notifies that management personnel will
Goods moves in correct region, makes the quantity quantity equal to identification code of goods image 511.At some
In embodiment, warning signal can comprise the area image 51 acquired in video capturing device 30, makes management
Personnel can learn the field conditions in monitoring region immediately.
Fig. 7 is the configuration diagram of the second embodiment of the monitoring system of Fig. 2.Fig. 8 is the image of Fig. 7
The schematic diagram of the area image 51 that acquisition device 30 obtains.In certain embodiments, monitoring system also may be used
Employee in monitoring working region, to carry out the identification checking of each employee.Referring to Fig. 6
To Fig. 8, video capturing device 30 can be installed in the working region of employee, comprises character image to obtain
The area image 51 (step S110) of 512.Wireless transmitter 10 can be worn with employee one to one,
Make the corresponding different identification code of different employee.Base this, image identification server 42 analyzed area image 51
The image of face of middle employee or external form profile are to calculate the quantity (step S120) of character image 512, thing
Part server 43 calculates the quantity (step S141) of identification code, and event server 43 judges figure map
Quantity as 512 is the most identical with the quantity of identification code (step S142), if both quantity aforesaid
Differing, event server 43 i.e. sends warning signal (step S143).Consequently, it is possible to can avoid
Employee leaves its working region without authorization, and employee's helping others maybe can be avoided to punch in (character image 512
Quantity be not equal to the quantity of identification code).
In certain embodiments, wireless transmitter 10 also can demonstrate,prove with employee, the work pendant part such as working clothing knot
Close and be worn on employee, and the wireless signal that wireless transmitter 10 is launched also can comprise this employee
Employee number, working region, job overall or other employee identify information.
Fig. 9 is the flow chart of an embodiment of the monitoring method of Fig. 6.In certain embodiments, monitoring system
System, can be further with physiology identification when the comparison result utilizing area image and wireless signal does not meets
Program monitors the object in region.With reference to Fig. 9, with the working region of monitoring system monitoring employee it is
Example, judges quantity and the character image 512 quantity (step S142) of identification code at event server 43
After differing, event server 43 does not first perform step S143 and sends warning signal but start physiology and distinguish
Knowledge program (step S144).
In certain embodiments, physiology identification program can comprise identification of fingerprint, sound-groove identification or palmmprint identification,
As a example by sound-groove identification, step S144 comprises the acoustical signal utilizing mike 70 to obtain each employee
(step S144a), and mike 70 by acoustical signal export to sound-groove identification server 45, vocal print
Identification server 45 receives the post analysis acoustical signal of acoustical signal to produce the target sound of each employee
Stricture of vagina (step S144b).In this, storage element 41 store the most corresponding with each identification code
Vocal print sample, event server 43 reads vocal print sample (step corresponding to identification code in monitoring region
S144c), and by each target vocal print and vocal print sample compare to judge target vocal print and vocal print
Sample the most identical (step S144d), when target vocal print is identical with vocal print sample, event server
43 do not send warning signal, otherwise, when either objective vocal print is different from each vocal print sample standard deviation, thing
Part server 43 sends warning signal (step S143).Consequently, it is possible to monitoring system is except counting employee
Outside quantity is with monitoring working region, also by physiology identification program, each employee can be carried out identification and test
Card.
The mike 70 of the present embodiment can be mobile microphone, computer mike or ear microphone,
But the present invention is not limited, mike 70 also can be that other can obtain the device of sound.
In certain embodiments, no matter target vocal print is the most identical with vocal print sample, event server 43
All will determine that result is stored in (step S150) in the log file of storage element 41.
Figure 10 is the flow chart of the second embodiment of the monitoring method of Fig. 3.In certain embodiments, with
As a example by the working region of monitoring system monitoring employee, storage element 41 comprises each employee's of storing in advance
Image of face, and the image of face of each employee is the most corresponding with the identification code from employee.Furthermore, image
Acquisition device 30 obtain character image 512 comprise at least one employee image of face (for convenience of describe,
The image of face that video capturing device 30 obtains is referred to as target face image).In this, connect wireless
Receiving device 20 and receive after the wireless signal of each employee, event server 43 can according to wireless signal certainly
Storage element 41 reads the image of face of corresponding all identification codes (for convenience of description, referred to as face's sample
Image), and decide whether to send warning signal according to target face image and face's sample image.Ginseng
According to Figure 10, in step S140, event server 43 reads according to the wireless signal received and stores list
Face's sample image (step S145) that in unit 41, at least one identification code is corresponding, event server 43
Target face image and face's sample image are sequentially compared (step S146), and judges each face
Sample image and target face image the most substantially identical (step S147).
In this, it is corresponding with whole identification codes that event server 43 may select a target face image
Face's sample image is sequentially compared, when selected target face image is corresponding with whole identification codes
When any one in face's sample image is substantially identical, event server 43 selects another target face
Face's sample image that image is corresponding with whole identification codes is compared, and comparison is to figure map the most repeatedly
As all of target face image comparison completes in 512.Or, event server 43 also may select one
Face's sample image that individual identification code is corresponding target face image whole with character image 512 sequentially enters
Row comparison, when selected face's sample image (the face's sample image corresponding to an aforesaid identification code)
Time substantially identical with any one in target face images whole in character image 512, event server
The target face that face's sample image corresponding to another identification code of 43 reselections is whole with character image 512
Portion's image is compared, and comparison is complete to face's sample image comparison that all of identification code is corresponding the most repeatedly
Become.
If each target face image has the most substantially identical face's sample image, event server
43 do not send warning signal.Otherwise, when any one in each target face image is without substantially identical face
During sample image, or, when any one in face's sample image is without substantially identical target face image,
Event server 43 sends warning signal (step S143).
In certain embodiments, each target face image may be positive face image or the side face image of employee,
In step S146, when event server 43 comparison each target face image and face's sample image according to
Both similarity degrees produce an image similarity coefficient, in step S147, and event server 43 comparison
Image similarity coefficient and an image threshold values judge that each face sample image is the most real with target face image
Matter is identical, when image similarity coefficient is more than or equal to image threshold values, represents face's sample image and target
Image of face is substantially identical.Otherwise, when image similarity coefficient is less than image threshold values, represent face's sample
Image is different from target face image essence.For example, if image threshold values is 80%, when image is similar
Represent that face's sample image is substantially identical with target face image when coefficient is more than or equal to 80%.
Or, in certain embodiments, the area image 51 that video capturing device 30 obtains also can be goods
Object image 511, image identification server 42 analyzes goods image 511 to produce target goods image, storage
Memory cell 41 stores the goods image one to one corresponding to identification code, event server 43 in advance
Read the goods sample image of corresponding identification code according to wireless signal, in this, event server 43 is by target
The goods sample image that goods image and all identification code are corresponding sequentially compare to judge aforementioned both
The most substantially identical.When each target goods image has the most substantially identical goods sample image,
Event server 43 does not send warning signal.Otherwise, when any one in each target goods image is without real
During the identical goods sample image of matter, or, any one in goods sample image is without substantially identical mesh
During mark goods image, event server 43 sends warning signal.Wherein, event server 43 can basis
The similarity degree of target goods image and goods sample image produces another image similarity coefficient and judges two
Person is the most identical.
In certain embodiments, no matter face's sample image is the most substantially identical with target face image, or
Goods sample image is the most substantially identical with target goods image, and event server 43 all will determine that result
The log file (step S150) being stored in storage element 41.
In certain embodiments, when face's sample image is different from target face image essence, event takes
Business device 43 can not send warning signal and start physiology identification program (step S144) and decide whether
Send warning signal.Figure 11 is the flow chart of an embodiment of the monitoring method of Figure 10.Refer to Figure 11,
In step S144, physiology identification program comprise by mike 70 obtain there is target face image
The acoustical signal (step S144a) of employee, sound-groove identification server 45 analyzes acoustical signal to produce mesh
Mark vocal print (step S144b).On the other hand, event server 43 is according to the identification code of each wireless signal
The vocal print sample (step S144c) of corresponding each identification code is read by storage element 41.In this, event takes
Business device 43 comparison vocal print sample and target vocal print are to judge both the most identical (step S144d).If
When differing both aforementioned, event server 43 originates out warning signal (step S143).Such one
Come, monitoring system except comparison employee image of face with monitoring working region in addition to, also can be by physiology identification
Program carries out identification checking to each employee.
Figure 12 is the flow chart of the 3rd embodiment of the monitoring method of Fig. 3.In certain embodiments, shadow
As acquisition device 30 and wireless receiver 20 can be installed in same position, due to each employee and image capturing
The distance of device 30 and wireless receiver 20 is different, and each target face image has different face size,
And each wireless signal has different signal intensitys, therefore event server 43 can be obtained by closest to image
Fetching puts the target face image of 30 and from the wireless transmitter 10 closest to wireless receiver 20
Face's sample image that wireless signal is corresponding starts comparison, to decide whether to send warning signal.With reference to figure
12, in step S140, event server 43 selects according to the face size of each target face image
Image of face to be measured (step S148), and event server 43 according to the signal intensity of wireless signal from
Selecting identification code to be measured (step S149) in each identification code, event server 43 is further according to identification to be measured
Code is read the face's sample image (step S151) corresponding to identification code to be measured by storage element 41, with
The most substantially identical (the step of face's sample image of comparison image of face to be measured and corresponding identification code to be measured
S152)。
For example, the image of face to be measured closer to video capturing device 30 has the biggest face's chi
Very little, the wireless signal closer to wireless receiver 20 has the biggest signal intensity.Event server 43
Optional target face image has the one of maximum face size as image of face to be measured, and event
Server 43 may select the one in wireless signal with maximum signal as identification code to be measured.In
This, event server 43 can carry out identification checking to the employee closest to video capturing device 30.
In certain embodiments, the signal intensity of aforesaid wireless signal can be received signal strength index
(Received Signal Strength Indicator；RSSI).
If image of face to be measured is substantially identical with face's sample image, represent closest to video capturing device
The employee of 30 is verified by image identification, and event server 43 does not send warning signal；Otherwise, if treating
Survey image of face different with face sample image essence time, event server 43 sends warning signal and (walks
Rapid S143).
In certain embodiments, if image of face to be measured is different from face sample image essence, event takes
Business device 43 can not send warning signal and start physiology identification program (step S144) and decide whether
Send warning signal.Figure 13 is the flow chart of an embodiment of the monitoring method of Figure 12.With reference to Figure 13,
In step S144, as a example by sound-groove identification, physiology identification program comprises and utilizes mike 70 to obtain
Near the acoustical signal (step S144a) of employee of video capturing device 30 using as acoustical signal to be measured,
And acoustical signal is exported to sound-groove identification server 45 by mike 70, sound-groove identification server 45 is connecing
The post analysis acoustical signal to be measured of the tone signal that quiets down is to produce target vocal print (step S144b) to be measured.Connect
, event server 43 reads the vocal print sample to be measured of corresponding identification code to be measured (step from storage element 41
Rapid S144c), and event server 43 comparison target to be measured vocal print and vocal print sample (step S144d) to be measured
To carry out identification checking.When aforesaid both substantially identical time, event server 43 does not send announcement
Alert signal；Otherwise, when both essence differences aforesaid, event server 43 sends warning signal (step
Rapid S143).
In step S144d, when event server 43 comparison target vocal print is the most identical with vocal print sample
Vocal print similarity coefficient can be produced according to both similarity degrees.When vocal print similarity coefficient is more than or equal to vocal print
During threshold values, represent that target vocal print is substantially identical with vocal print sample；Otherwise, when vocal print similarity coefficient is less than
During vocal print threshold values, represent that target vocal print is different from vocal print sample essence.
Figure 14 is the configuration diagram of the 3rd embodiment of the monitoring system of Fig. 2.In certain embodiments,
Monitoring system can monitor employee and pass in and out the gate 80 of working region, and judges the displacement information of employee.Reference
Figure 14, monitoring system comprise two wireless receivers (for convenience of describe, respectively be called the first wireless receiving
Device 21 and the second wireless receiver 22), the first wireless receiver 21 may be disposed at primary importance, and second
Wireless receiver 22 may be disposed at the second position being different from primary importance.For example, first is wireless
Receptor 21 is arranged on gate 80 and is available for fixed part, and the second wireless receiver 22 is arranged at gate
80 sides be available for fixed part, make the event server 43 can be according to the first wireless receiver 21 and second
Wireless receiver 22 receive respectively from wireless transmitter 10 wireless signal with calculate employee relative to
The displacement information at gate 80, i.e. enters, gos out or rests in working region (as shown in figure 13,
One direction A represents and gos out, and second direction B represents enters).
Figure 15 is the flow chart of the 4th embodiment of the monitoring method of Fig. 3.With reference to Figure 15, take in event
Business device 43 receives (step after the wireless signal of wireless transmitter 10 by wireless receiver 21,22
Rapid S130), event server 43 can calculate nothing according to the signal intensity of the wireless signal of different time points
The displacement information (step S160) of line emitter 10.In detail, the first wireless receiver 21 is in first
Time point receives the first wireless signal from wireless transmitter 10, and the second wireless receiver 22 is in first time
Point receives the second wireless signal from wireless transmitter 10.Furthermore, the first wireless receiver 21 is evening
The second time point in the first time point receives the 3rd wireless signal from wireless transmitter 10, and second is wireless
Receptor 22 receives the 4th wireless signal from wireless transmitter 10 in the second time point.
First wireless signal therein, the second wireless signal, the 3rd wireless signal and the 4th wireless signal divide
Not there is the first signal intensity, secondary signal intensity, the 3rd signal intensity and the 4th signal intensity；Further,
First wireless signal, the second wireless signal, the 3rd wireless signal and the 4th wireless signal are respectively provided with the first knowledge
Other code.Base this, event server 43 may compare the first signal intensity and the 3rd signal intensity and compares
Binary signal intensity and the 4th signal intensity judge the position of the wireless transmitter 10 corresponding to the first identification code
Shifting information.
When the first signal intensity is less than the 4th signal intensity more than the 3rd signal intensity and secondary signal intensity
Time, represent that wireless transmitter 10 is moved to the second position by primary importance, say, that wireless transmit
Device 10 away from primary importance close to the displacement information of the second position, i.e. employee be (second direction of entering
B).For example, if the first signal intensity, the 3rd signal intensity, secondary signal intensity and the 4th believe
Number RSSI value that intensity is corresponding is respectively 8,5,2,9, represents that the displacement information of employee is for entering.Instead
It, when the first signal intensity is more than the 4th signal intensity less than the 3rd signal intensity and secondary signal intensity
Time, i.e. represent that wireless transmitter 10 is moved to primary importance by the second position, say, that wireless
Emitter 10 away from the second position close to the displacement information of primary importance, i.e. employee be (first party of going out
To A).For example, if the first signal intensity, the 3rd signal intensity, secondary signal intensity and the 4th
The RSSI value that signal intensity is corresponding is respectively 5,8,9,2, represents that the displacement information of employee is for entering.
Additionally, when the first signal intensity is equal to the 3rd signal intensity, and secondary signal intensity is strong equal to the 4th signal
Degree represents that the displacement information of employee is for staying in working region.
In this, in certain embodiments, the displacement information of employee can be stored in storage by event server 43
, there is abnormal thing at least one wireless transmitter 10 in the log file (step S170) in memory cell 41
During part, event server 43 can send the warning signal of the displacement information comprising employee and fill to mobile electron
Put, make management personnel be more convenient for managing.For example, if the quantity of identification code and amount of images differ,
Target vocal print is different from vocal print sample essence, face's sample image is different with target face image essence, goods
Thing sample image is different from target goods image essence or image of face to be measured and face's sample image essence
Difference, event server 43 sends warning signal, causes manager can learn generation according to warning signal
The displacement information of the wireless transmitter 10 of anomalous event, i.e. passes in and out gate 80 or remains in working area
In territory.
In sum, according to the monitoring method of the present invention can by monitoring system perform image identification program and
Physiology identification program monitors at least one object in region, when at least one in object
When there is anomalous event, server can send warning signal.Consequently, it is possible to the monitoring personnel of object or
Management personnel can quickly learn, and then promotes monitoring efficiency.
Although the present invention is not limited to the present invention, any affiliated skill with embodiment right its disclosed above
Technical staff in art field, without departing from the spirit and scope of the present invention, when making a little change
With retouching, therefore protection scope of the present invention is when being as the criterion depending on the defined person of appended claims.
Claims (15)
1. the monitoring method in a region, it is adaptable to monitor at least one object in region, its
Being characterised by, this monitoring method comprises:
A video capturing device is utilized to obtain an area image in this monitoring region；
This area image is carried out image analysing computer to produce an image information of this at least one object；
At least one wireless signal from least one wireless transmitter is received, wherein by a wireless receiver
This wireless signal each includes an identification code, and this at least one identification code of this at least one wireless signal is mutual
Differ；And
Decide whether to send a warning signal according to this at least one identification code and this image information.
2. the monitoring method in region as claimed in claim 1, it is characterised in that this image information bag
Containing respectively to should the quantity of at least one target image of at least one object, and this according to this at least one
Identification code and this image information decide whether that the step sending a warning signal comprises:
Calculate the quantity of this at least one identification code；
Judge that the quantity of this at least one identification code is the most identical with this amount of images；
When the quantity of this at least one identification code differs with this amount of images, send this warning signal；And
When the quantity of this at least one identification code is identical with this amount of images, do not send this warning signal.
3. the monitoring method in region as claimed in claim 1, it is characterised in that this image information bag
Containing respectively to should at least one target face image of at least one object, and this at least one knows according to this
Other code and this image information decide whether that the step sending a warning signal comprises:
At least one face's sample image corresponding respectively to this at least one identification code is read from a server；
This at least one target face image of comparison and this at least one face sample image；
When this at least one target face image and this at least one face sample image are the most substantially identical,
Do not send this warning signal；And
When any one in this at least one target face image without substantially identical face's sample image or is somebody's turn to do
When any one at least one face's sample image is without substantially identical target face image, send this alarm letter
Number.
4. the monitoring method in region as claimed in claim 1, it is characterised in that this image information bag
Containing at least one image of face and respectively to should at least one target face image at least one face size,
This wireless signal each further includes a signal intensity, and this is according to this at least one identification code with this image information certainly
The fixed step whether sending a warning signal comprises:
From this at least one target face image, a face to be measured shadow is selected according to this at least one face size
Picture；
From this at least one identification code, an identification code to be measured is selected according to this at least one signal intensity；
The face's sample image corresponding to this identification code to be measured is read from a server；
This image of face to be measured of comparison and this face sample image；
When this image of face to be measured and this face sample image are substantially identical, do not send this alarm letter
Number；And
When this image of face to be measured is different from this face sample image essence, send this warning signal.
5. the monitoring method in region as claimed in claim 1, it is characterised in that this image information bag
Containing respectively to should the quantity of at least one target image of at least one object, and this according to this at least one
Identification code and this image information decide whether that the step sending a warning signal comprises:
Calculate the quantity of this at least one identification code；
Judge that the quantity of this at least one identification code is the most identical with this amount of images；
When the quantity of this at least one identification code differs with this amount of images, trigger a physiology identification journey
Sequence, and decide whether to send this warning signal according to the result of this physiology identification program；And
When the quantity of this at least one identification code is identical with this amount of images, do not send this warning signal.
6. the monitoring method in region as claimed in claim 5, wherein this physiology identification program includes:
A mike is utilized to obtain an acoustical signal；
Analyze a target vocal print of this acoustical signal；
The vocal print sample corresponding to this at least one identification code is read from this server；
This target vocal print of comparison and this vocal print sample；
When this target vocal print and this vocal print sample are substantially identical, do not send this warning signal；And
When this target vocal print differs with this vocal print sample essence, send this warning signal.
7. the monitoring method in region as claimed in claim 1, it is characterised in that this image information bag
Containing respectively to should at least one target face image of at least one object, and this at least one knows according to this
Other code and this image information decide whether that the step sending a warning signal comprises:
At least one face's sample image corresponding respectively to this at least one identification code is read from a server；
This at least one target face image of comparison and this at least one face sample image；
When this at least one target face image and this at least one face sample image are the most substantially identical,
Do not send this warning signal；And
When any one in this at least one target face image without substantially identical face's sample image or is somebody's turn to do
When any one at least one face's sample image is without substantially identical target face image, triggers a physiology and distinguish
Knowledge program, and decide whether to send this warning signal according to the result of this physiology identification program.
8. the monitoring method in region as claimed in claim 7, it is characterised in that this physiology identification journey
Sequence includes:
A mike is utilized to obtain an acoustical signal；
Analyze a target vocal print of this acoustical signal；
The vocal print sample corresponding to this at least one identification code is read from this server；
This target vocal print of comparison and this vocal print sample；
When this target vocal print and this vocal print sample are substantially identical, do not send this warning signal；And
When this target vocal print differs with this vocal print sample essence, send this warning signal.
9. the monitoring method in region as claimed in claim 1, it is characterised in that this image information bag
Containing at least one image of face and respectively to should at least one target face image at least one face size,
This wireless signal each further includes a signal intensity, and this is according to this at least one identification code with this image information certainly
The fixed step whether sending a warning signal comprises:
From this at least one target face image, a face to be measured shadow is selected according to this at least one face size
Picture；
From this at least one identification code, an identification code to be measured is selected according to this at least one signal intensity；
The face's sample image corresponding to this identification code to be measured is read from a server；
This image of face to be measured of comparison and this face's sample image；
When this image of face to be measured and this face's sample image are substantially identical, do not send this warning signal；
And
When this image of face to be measured is different from this face's sample image essence, trigger a physiology identification journey
Sequence, and decide whether to send this warning signal according to the result of this physiology identification program.
10. the monitoring method in region as claimed in claim 9, it is characterised in that this physiology identification journey
Sequence includes:
A mike is utilized to obtain an acoustical signal；
Analyze a target vocal print of this acoustical signal；
The vocal print sample corresponding to this identification code to be measured is read from this server；
This target vocal print of comparison and this vocal print sample；
When this target vocal print and this vocal print sample are substantially identical, do not send this warning signal；And
When this target vocal print differs with this vocal print sample essence, send this warning signal.
The monitoring method in 11. regions as claimed in claim 1, it is characterised in that this wireless receiver
It is arranged on a primary importance, receives at least one the from this at least one wireless transmitter in one first time point
One wireless signal, this first wireless signal each include one first identification code and one first signal intensity, with
And this monitoring method further includes:
Received from this at least one wireless transmitter extremely at this first time point by another wireless receiver
Few one second wireless signal, respectively this second wireless signal has this first identification code and a secondary signal
Intensity, and this another wireless receiver is arranged on the second position being different from this primary importance；
Received from this at least one wireless transmitter by this first wireless receiver in one second time point
At least one the 3rd wireless signal, wherein the 3rd wireless signal has this first identification code and one the 3rd signal
Intensity, this second time point is later than this first time point；
Received from this at least one wireless transmitter by this another wireless receiver in this second time point
At least one the 4th wireless signal, wherein the 4th wireless signal has this first identification code and one the 4th signal
Intensity；And
According to this first signal intensity corresponding to this first identification code same, this secondary signal intensity, it is somebody's turn to do
3rd signal intensity and the 4th signal intensity judge this wireless transmitter representated by this first identification code
A displacement information；
Wherein, there is abnormal thing at least one during this warning signal indicates this at least one wireless transmitter
Part, and this warning signal include occur anomalous event this at least one wireless transmitter this displacement letter
Breath.
The monitoring method in 12. regions as claimed in claim 11, it is characterised in that further include:
Relatively this first signal intensity and the 3rd signal intensity；
Relatively this secondary signal intensity and the 4th signal intensity；
When this first signal intensity is less than the 4th more than the 3rd signal intensity and this secondary signal intensity
This displacement information of signal strength expression is for be moved to this second position by this primary importance；And
When this first signal intensity is more than the 4th less than the 3rd signal intensity and this secondary signal intensity
This displacement information of signal strength expression is for be moved to this primary importance by this second position.
The monitoring method in 13. regions as claimed in claim 11, it is characterised in that this monitoring region
Being a gate, this primary importance is positioned at this most outdoors, and this second position is positioned at this gate, this monitoring side
Method further includes: compare this first signal intensity and the 3rd signal intensity；Relatively this secondary signal intensity with
4th signal intensity；When this first signal intensity is more than the 3rd signal intensity and this secondary signal intensity
It is the most outdoors in gate by big less than the 4th this displacement information of signal strength expression；And when this first signal
Intensity is more than the 4th this position of signal strength expression less than the 3rd signal intensity and this secondary signal intensity
Shifting information be by gate to big the most outdoors.
The monitoring method in 14. regions as claimed in claim 1, it is characterised in that this wireless transmitter
Being a bluetooth transmitters, this wireless receiver is a Bluetooth Receiver.
The monitoring method in 15. regions as according to any one of claim 1 to 14, it is characterised in that
This at least one wireless transmitter is arranged on this at least one object.
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW104209514U TWM510514U (en) | 2015-06-12 | 2015-06-12 | Region monitoring and alarming system |
| TW104209515U TWM510499U (en) | 2015-06-12 | 2015-06-12 | Cargo transport monitoring system |
| TW104209514 | 2015-06-12 | ||
| TW104209515 | 2015-06-12 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106254818A true CN106254818A (en) | 2016-12-21 |
Family
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510395961.1A Pending CN106251030A (en) | 2015-06-12 | 2015-07-08 | Monitoring and warning method |
| CN201510396032.2A Pending CN106254818A (en) | 2015-06-12 | 2015-07-08 | Method for monitoring area |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510395961.1A Pending CN106251030A (en) | 2015-06-12 | 2015-07-08 | Monitoring and warning method |
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| CN (2) | CN106251030A (en) |
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| CN109218669A (en) * | 2018-09-13 | 2019-01-15 | 北京工商大学 | A kind of intelligent video monitoring linkage mobile phone detection alarm method |
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