CN1291602C - Monitoring information providing device and monitoring information providing method - Google Patents
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Abstract
An information monitoring providing apparatus to monitor in accordance with the state of an interest to an object to be monitored. The device is designed to set a degree of detail when the surveillance information of the object to be monitored is acquired on the basis of a present state and a sensor signal, to set a different resolution in accordance with a plurality of states to the same sensor signal, and to update the resolution of an image as the degree of detail.
Description
Technical field
The present invention relates to a kind of monitor message generator and monitor message that is used for security monitoring or equipment monitor etc. method is provided.
Background technology
In the field of the equipment monitor of security monitoring or station affair machine etc., utilize many surveillance cameras to take the situation at the scene that has equipment, at central monitoring position, switch at any time and show and carry out image monitoring by required image away from the scene.
Follow the low priceization of image purposes machines such as surveillance camera, the platform number that is arranged at on-the-spot surveillance camera is increasing year by year.In the extensive facility of tens surveillance cameras is set, make great efforts to manage to allow the minority operator just can monitor the multiple cameras image effectively.For example, the importance degree of the transducer that is provided with according to the object of taking according to video camera changes the size of image separately, makes the importance degree of surveillant's cognitive map picture.Yet the operator must imagine display layout under the situation of the position of the body that is taken that is considered as monitored object in advance or importance degree, carry out miscellaneous operation of so-called dialogism definition.To this, following technology has appearred, promptly the body self that is taken that is included in the image is set importance degree, according to this importance degree, determine layout etc. and display image (for example, with reference to patent documentation 1) automatically.
In technology in the past, when to the degree of attentiveness of monitored object not simultaneously, the change monitor message monitors it is difficult.For example, carry out the mainteinance repair operation of equipment machine under the common state in the business hours, and pay attention to safe supervision under the monitored state outside the business hours, this is the thing of difficulty.
Patent documentation 1: the spy opens the 2001-34250 communique.
Summary of the invention
In order to solve above-mentioned problem, monitor message generator of the present invention comprises: condition judgement mechanism, judge current state; Selection mechanism is used for selecting the described relation corresponding with described current state from each sensor signal set of a plurality of states and the relation of importance degree; Importance degree according to the sensor signal and the described relation of being selected by described selection mechanism from transducer, is judged by importance degree decision mechanism; With the level of detail set mechanism, according to the described importance degree of judging by described importance degree decision mechanism, the level of detail when being set in the monitor message of obtaining monitored object.
In order to solve above-mentioned problem, monitor message of the present invention provides method, comprising: the step of judging current state; From relation, select the step of the described relation corresponding with described current state at each sensor signals that sets of a plurality of states and importance degree; According to sensor signal and selected described relation, judge the step of importance degree from transducer; According to described importance degree current state and the sensor signal judged, the step of the level of detail when setting obtains the monitor message of monitored object; Obtain the step of described monitor message with the described level of detail that sets; With the step that shows or store obtained described monitor message.
Thus, according to degree of attentiveness, for example pass through to change the picture quality of monitoring picture, thereby can change the supervision of monitor message different monitored objects.
Monitor message is obtained by changing photography conditions preferably with cameras such as surveillance cameras.And, still do not utilize the image of camera, can also use to the monitor message of obtaining various monitor messages and obtain output mechanism.
Feature of the present invention can be illustrated from the record of the following description and accompanying drawing.
Description of drawings
Fig. 1 is the function constitution map of first embodiment of the invention.
Fig. 2 is the flow chart of the data processing in the system of Fig. 1.
Fig. 3 is the control block diagram of importance degree decision table selection mechanism.
Fig. 4 is the flow chart of the action of expression importance degree decision table selection mechanism.
Fig. 5 is the example of condition judgement table.
Fig. 6 is the action schematic diagram of condition judgement portion.
Fig. 7 is the formation of importance degree decision table.
Fig. 8 is the formation of importance degree decision table group.
Fig. 9 is the relation of importance degree decision table and importance degree decision table group.
Figure 10 is the action schematic diagram of importance degree decision mechanism.
Figure 11 is the controll block pie graph of level of detail set mechanism.
Figure 12 is the formation of level of detail decision table.
Figure 13 is the action schematic diagram of level of detail set mechanism.
Figure 14 is the flow chart of the control of surveillance camera.
Figure 15 is the example of display frame.
Figure 16 is the function constitution map of second embodiment of the invention.
Figure 17 is the condition judgement table in second execution mode and the action schematic diagram of condition judgement portion.
Figure 18 is the function constitution map of third embodiment of the invention.
Figure 19 monitors the example that has or not decision mechanism.
Figure 20 is the condition judgement table in the 3rd execution mode and the action schematic diagram of condition judgement portion.
Figure 21 is system's pie graph of four embodiment of the invention.
Figure 22 is another system's pie graph of four embodiment of the invention.
Figure 23 is the display frame example of fifth embodiment of the invention.
Among the figure: 1-video camera, 2-transducer, 3,801-importance degree decision table group, 4-importance degree decision table group input mechanism, 5-timer, the selection mechanism of 6-importance degree decision table, 7-importance degree decision mechanism, 8-level of detail decision mechanism, 9-indication mechanism, 301-condition judgement table, 302-condition judgement portion, 701-importance degree decision table, the importance degree decision table of 802-state A, the importance degree decision table of 803-state B, 1101-level of detail decision table, 1102-level of detail selection portion, the 1301-level of detail, 1501-automatic ticket checker, 1502-human body sensor, 1505-passenger, the suspicious person of 1506-, 2201-monitor and have or not decision mechanism, 2601-monitoring terminal, 2901-data center, 2902-place 1,2903-place n, 2904-central monitoring position, the 2905-network, 2906-receives and dispatches mechanism.
Embodiment
Fig. 1 represents the function constitution map of the station affair machinery remote monitoring system of first embodiment of the invention.Native system is a current state of judging common state or monitored state etc. according to the time, promptly to the care state of monitored object, even the sensor signal input for identical also can change the system that shows after resolution, frame frequency (frame rate) or the picture quality etc. of image according to this state.
Resolution is the benchmark of the amount of information of presentation video.In resolution, with so-called pixel (pixel) unit representation information content of image.So-called pixel is meant the point (dot) of composing images, and view data is represented with the set of this point.The quantity of pixel is represented with 800 * 600,1024 * 768 number of spots in length and breadth that wait this image to possess.This number of spots is many more, and then the amount of information of composing images is many more.
Frame frequency is the value that expression can be upgraded several subframes in 1 second in the demonstration of image.The renewal speed of the picture when also showing as motion video is used.For example, be expressed as for 15 frame/seconds in the time of in 1 second, can upgrading 15 times.
So-called picture quality is the index with respect to the quality of image compression.For example, desirable is 1 of maximal pressure shrinkage from the expression minimum quality, to represent first water be the minimal compression rate 100 between value.
The station affair machinery remote monitoring system of Fig. 1 possesses: near the operational station that is provided with various station affair machines, for example ticket machine, actuarial machine or the automatic ticket checker etc. at each station monitors the surveillance camera 1 of usefulness; Detect the fault of various station affair machines or unusual etc. various transducers 2; Become the importance degree decision table group (table set) 3 of the reference data of the importance degree that is used to judge corresponding current state; Importance degree decision table group input mechanism 4 with the content of importing importance degree decision table group 3.In addition, native system also possesses: the timer 5 of obtaining the time; According to time that obtains with timer 5 and importance degree decision table group 3, select to be used to judge the importance degree decision table selection mechanism 6 of the table of the importance degree corresponding with current system mode; With according to importance degree decision table that obtains by importance degree decision table selection mechanism 6 and information from various transducers 2, judge the importance degree decision mechanism 7 of importance degree.Have, native system also possesses again: according to the importance degree that is obtained by importance degree decision mechanism 7, set the level of detail set mechanism 8 of the level of detail of image informations such as resolution or frame frequency; With the level of detail that basis is set by level of detail set mechanism 8, show the indication mechanism 9 of captured image information.
The flow chart of the data processing of the system of Fig. 2 presentation graphs 1.At first, in step 201, the various data that initialization is used.This initialization is carried out when system start-up.Here, main his-and-hers watches are set or are upgraded.Formation about initialized each table will illustrate in each step described later.Then, in step 202, select the importance degree decision table corresponding with current state.And, in step 203,, judge the importance degree corresponding with current state according to from the sensor signal of transducer and the importance degree decision table of in step 202, selecting.In step 204,, set the level of detail of image according to the importance degree that obtains in the step 203.Next, in step 205, obtain the image of surveillance camera 1 according to the level of detail that obtains in the step 204.And, in step 206, the image that demonstration obtains according to level of detail in indication mechanism 9 etc.Set the obtaining and show of image of level of detail, can continue at certain hour or before being reset.Then, in step 207, judge whether to have and end the indication that image shows.In judged result is when the indication that shows termination is arranged, and finishes image and shows.On the contrary, when not having the indication of ending, return step 202, the demonstration of multiimage.
Following flow chart according to Fig. 2 explains the action of the system of Fig. 1.
The step 202 of selection importance degree decision table at first, is described according to the time that obtains in timer 5.The selection of this importance degree decision table is handled, and carries out in the importance degree decision table selection mechanism 6 of Fig. 1.
The control block diagram of expression importance degree decision table selection mechanism 6 among Fig. 3.Importance degree decision table selection mechanism 6 possesses the condition judgement table 301 that becomes the benchmark that is used to judge current state; With condition judgement portion 302 according to time that obtains by timer 5 and condition judgement table 301 judgement current state.Have, importance degree decision table selection mechanism 6 also possesses again: corresponding a plurality of states have the importance degree decision table group 3 of a plurality of importance degree decision tables that sensor signal is related with importance degree; With current state and the importance degree decision table group 3 that basis is obtained by condition judgement portion 302, select importance degree decision table selection portion 303 corresponding to the importance degree decision table of current state.
The flow chart that shows the action that expression importance degree decision table is selected among Fig. 4.At first, in step 401, obtain the time from timer.In following step 402,, judge current state according to time t that in step 401, obtains and condition judgement table.
The example of expression condition judgement table in Fig. 5.Express time and can represent with the paired data rows of time and state to the condition judgement table 301 of the corresponding relation between the care state of monitored object.In addition, in Fig. 6, the action schematic diagram of expression condition judgement portion 302.The time that condition judgement portion 302 will obtain in step 401 is as input, with reference to condition judgement table 301, as current state output A or B.For example, A is illustrated in the business hours time band in addition at station, near the care state of monitored object (for example the ticket barrier) is mainly the monitored state of attention safety.On the other hand, B is illustrated in the business hours band at station, to the care state of the identical monitored object common state for the maintenance of paying attention to equipment such as automatic ticket checking mouth.In the example of Fig. 6, with time 5:00 as input, by reference condition judgement table 301, output state A.In this example, though, also can set with chronomere or second unit according to situation with minute boundary of unit set condition.
And, in step 403,, select the importance degree decision table corresponding with current state according to state that obtains in the step 402 and importance degree decision table group 3.It is to carry out in the importance degree decision table selection portion 303 of Fig. 3 that the selection of this importance degree decision table is handled.
The formation of expression importance degree decision table 701 among Fig. 7.The importance degree decision table 701 of the corresponding relation between expression sensor signal and the importance degree is sensor signal and the importance degree paired data rows corresponding with this sensor signal.In addition, the formation of expression importance degree decision table group 3 in Fig. 8.Importance degree decision table group 3 is importance degree decision tables 802,803 of each state in a plurality of states ... set.
Fig. 9 schematically shows the relation of importance degree decision table and importance degree decision table group.In importance degree decision table selection portion 303, the state that will obtain in condition judgement portion 302 by reference importance degree decision table group 3, is selected the importance degree decision table as input.In the example of Fig. 9 because input signal is state A, so from importance degree decision table group 3 the importance degree decision table 802 of selection mode A.
To step 403 (Fig. 4), in importance degree decision table selection portion 6, can select the importance degree decision table corresponding according to above step 401 by time t that obtains from timer 5 and importance degree decision table group 3 with current state.
And, in the importance degree decision table group input mechanism 4 of Fig. 1, can import the content of importance degree decision table group 3.As the implementation method of importance degree decision table group input mechanism 4, have from the direct method of the file that is made in advance of the method or pass on of input such as keyboard or mouse.
Then, the importance degree determination processing based on sensor signal in the step 203 of Fig. 2 is described.In this importance degree decision mechanism 7, reach the sensor signal that obtains by transducer 2 according to selected importance degree decision table in importance degree decision table selection mechanism 6, judge importance degree.
Figure 10 represents the action schematic diagram of importance degree decision mechanism 7.Importance degree decision mechanism 7 will according to the signal from transducer 2, try to achieve importance degree as input by selected importance degree decision table 802 in importance degree decision table selection mechanism 6.
For example, under the situation of Figure 10, importance degree decision mechanism 7 as input, for the sensor signal that ticket stops up, exports importance degree " 95 " with importance degree decision table 802.
As mentioned above, reach the importance degree decision table that in step 202, obtains, can judge importance degree corresponding to sensor signal according to the signal that obtains by transducer.
Next, the processing in the level of detail set mechanism 8 of the image information in the step 204 of key diagram 2.The control block diagram of the level of detail set mechanism 8 of presentation video information among Figure 11.The level of detail set mechanism 8 of image information has: the level of detail decision table 1101 of setting resolution or frame frequency according to importance degree; With according to this level of detail decision table 1101 and the importance degree that in step 203, obtains, select the level of detail selection portion 1102 of the level of detail of image information.The importance degree that level of detail set mechanism 8 will obtain in importance degree decision mechanism 7 with reference to level of detail decision table 1101, is exported level of detail as input.
Figure 12 represents the example of level of detail decision table 1101.Level of detail decision table 1101 is data rows of representing with the combination of importance degree and level of detail.Have, level of detail is the data that are made of the combination of resolution, frame frequency or picture quality etc. again.In addition, level of detail can be data independent in resolution, frame frequency, the picture quality, also can be to make up arbitrarily.
Figure 13 represents the action schematic diagram of level of detail set mechanism 8.In level of detail set mechanism 8, the importance degree " 95 " that will obtain in importance degree decision mechanism 7 by with reference to level of detail decision table 1101, obtains level of detail 1301 (resolution 320 * 240 as input in level of detail selection portion 1102,30 frame/seconds of frame frequency, high image quality).
As mentioned above, in the level of detail set mechanism 8 of image information, can set level of detail with the importance degree corresponding image information that in step 203, obtains.
Then, the processing that obtains to the image information in the step 205 of Fig. 2 describes.This processing is the level of detail that the set point as resolution, frame frequency or the picture quality etc. of the Control Parameter of surveillance camera 1 is set at the image information of trying to achieve in the step 204 of front.Expression is based on the flow chart of the control of the level of detail of surveillance camera 1 in Figure 14.
At first, in step 1401, the level of detail of the image information that obtains in step 204 to be tried to achieve.Then, in step 1402, read in set point as each Control Parameter of the level of detail of current surveillance camera 1.And, in step 1403, compare the value of new resolution that in step 1401, obtains and the current resolution that in step 1402, obtains.Under the inconsistent situation of value, the resolution of surveillance camera 1 is changed to new resolution (step 1404), register the value (step 1405) of new resolution.Under the situation of value unanimity, enter next step 1406.
Equally, in step 1406, the value of frame frequency is compared, in step 1409, picture quality is compared.In either case, the frame frequency of surveillance camera 1 or the value (step 1407 and step 1408, step 1410 and step 1411) of picture quality upgraded when inconsistent on duty.When value is consistent, enter next step (step 1409 or end).
According to from above step 1401 to step 1411, can obtain image based on the surveillance camera 1 of the level of detail of image information.
Next the demonstration of the image information in the step 206 of key diagram 2.This processing is to carry out in the indication mechanism 9 of Fig. 1.
Figure 15 represents an example of the display frame of indication mechanism 9.In the example of Figure 15, around the surveillance camera shooting automatic ticket checker 1501 that is provided with in the station, detect having or not of people by the human body sensor 1502 of being located at ceiling.In addition, (06:00～21:59) is as state (state B) usually, and the business hours are outer, and (0:00～05:59 and 22:00～23:59) are monitored state (state A) in the business hours.
At this moment, in the normal state, around automatic ticket checker 1501, come and go by a lot of passengers 1505.Therefore, 1502 reactions of human body sensing sensing, in addition, detected people is the passenger.Here, in the importance degree decision table of common state (state B), have or not, all importance degree is set at 50 at the reaction of human body sensor.Therefore, no matter the having or not of the reaction of human body sensor, all select the level of detail in the level of detail decision table of Figure 12, promptly frame frequency " 15 (f/s) ", picture quality " in ".That is, the image of surveillance camera does not change the level of detail of image informations such as frame frequency or picture quality.
On the other hand, in monitored state (state A), there not to be artificial prerequisite around the automatic ticket checker 1501.In this state, when human body sensor 1502 reactions, detected people thinks suspicious person 1506.In the importance degree decision table of state A,, importance degree is set at " 100 ", " 50 " respectively here, at having or not of the reaction of human body sensor.Therefore, when human body sensor is reactionless, in the level of detail decision table of Figure 12, select frame frequency " 15 (f/s) ", picture quality " in ".In addition, if human body sensor reaction, then select frame frequency " 30 (f/s) ", the picture quality " height " corresponding with importance degree 100.Therefore, by improving display frame frequency or becoming the image information that high image quality etc. has improved level of detail, can strengthen supervision.
As mentioned above, in the first embodiment, according to the common state of time distinguishing system or monitored state etc., according to its system mode, even at identical transducer input, also can change resolution, frame frequency or the picture quality etc. of display image, can improve fail safe.In addition, in the business hours, carry out the mainteinance repair operation of equipment machine, outside the business hours, paying attention under the safe surveillance scenarios, can carry out supervision in respect of time.
Figure 16 represents the function constitution map of the station affair machinery remote monitoring system of second embodiment of the invention.In the present embodiment, judge that according to sensor signal the aspect of common state or monitored state etc. is different with first execution mode.That is, the system of Figure 16 possesses according to various transducers 2 and importance degree decision table group 3, selects to be used to judge the importance degree decision table selection mechanism 1601 of the table of the importance degree corresponding with current state.Other constitute and the system of Fig. 1 is same.In addition, the flow process of data processing is same with Fig. 2 also.
Though the formation of importance degree decision table selection mechanism 1601 and action are identical substantially with first execution mode (Fig. 3, Fig. 4), the replacement time in condition judgement portion, input sensor signal, replacement obtains the action of time, but obtains sensor signal.
Figure 17 represents the condition judgement table in the system of Figure 16 and the action schematic diagram of condition judgement portion.Condition judgement table 1801 is with the relevant sensor signal of taking precautions against natural calamities (Smoke Sensor, fire sensor, urgent push button etc.) is represented with the paired data rows of care state (common state A, state of emergency B) to monitored object.Here, state A is for paying attention to the common state of overhaul of the equipments to the care state of monitored object (place that for example possesses firearm).On the other hand, state B is that the care state to identical monitored object is the discovery of paying attention to point of origin, puts out a fire or the state of emergency that the judgement of taking refuge etc. is taken precautions against natural calamities.Condition judgement portion 1802 will take precautions against natural calamities relevant sensor signal as input, with reference to condition judgement table 1801, and output state A or B.In Figure 17, with the fire sensor signal as input, by reference condition judgement table 1801, output state B (state of emergency).
According to the above, in second execution mode, utilize the sensor signal of fire sensor or Smoke Sensor etc. to distinguish the common state or the state of emergency etc., according to its state, even input also can be changed resolution, frame frequency or the picture quality etc. of display image for identical transducer, can improve fail safe.
Figure 18 represents the function constitution map of the station affair machinery remote monitoring system in the third embodiment of the invention.Whether present embodiment as the decision method to the care state of monitored object, uses the aspect of being confirmed the method for monitored object by monitor etc., different with first execution mode.That is, the system of Figure 18 possesses: judge whether the surveillant has or not decision mechanism 2201 in the supervision that monitored object is monitored; With decision signal that has or not decision mechanism 2201 according to supervision and importance degree decision table group 3, select to be used to judge the importance degree decision table selection mechanism 2202 of the table of the importance degree corresponding with current state.Other constitute with the system of Fig. 1 same.In addition, the handling process of data is also same with Fig. 2.
Though the formation of importance degree decision table selection mechanism 2202 and action and first execution mode (Fig. 3, Fig. 4) are basic identical, but in condition judgement portion, the replacement time, input monitors and has or not confirmation signal, replacement obtains the action of time, but has or not the supervision that obtains as state parameter the decision mechanism 2201 to have or not decision signal from supervision.Supervision has or not decision mechanism 2201 to wait with surveillant's switching manipulation to realize.In addition, have or not other implementation methods of decision mechanism 2201, also can consider to judge with button input by the surveillant as supervision.For example, as shown in figure 19, on the terminal 2601 that the surveillant is monitoring, with some cycles or reveal codes 2602 (sum or text line etc.) at random, in the consistent detection unit 2603 of code, whether consistent by judging with the code 2604 of surveillant's input, judge that supervision has or not.
Figure 20 represents the condition judgement table in the system of Figure 19 and the action schematic diagram of condition judgement portion.Condition judgement table 2401 monitors that with making the tabulation have or not with the paired data of state shows.Here, state A is a monitored state, is that the surveillant notes monitored object, the state high to the degree of attentiveness of monitored object.On the other hand, state B is non-monitored state, is the attention that does not obtain the surveillant, the state low to the degree of attentiveness of monitored object.Condition judgement portion 2402 has or not decision signal as input supervision, with reference to condition judgement table 2401, and output state A or B.In the example of Figure 20, have or not decision signal " supervision to be arranged " supervision as input, by reference condition judgement table 2401, output state A (monitored state).
According to the above, in the 3rd execution mode, whether confirm monitored object, difference monitored state or non-monitored state etc. by judging the surveillant.And, according to this state,, also can change resolution, frame frequency or the picture quality etc. of display image even for identical transducer input, can improve fail safe.
Figure 21 represents the system's pie graph as the station affair machinery remote monitoring system of the 4th execution mode.The station affair machinery remote monitoring system of Figure 21 by: the data center 2901 of importance degree decision table is set in input; A plurality of monitored objects (place 1 (2902) ... place n (2903)); The central monitoring position 2904 of the image that supervision sends from a plurality of monitored objects; Constitute with the network 2905 of the public line that is connected these etc.Data center, each place, central monitoring position are positioned on the geographical different mutually position.For example, each place be positioned among the user's who accepts monitor service the building or near, data center and central monitoring position then are positioned at monitor service supplier's building.
Also have, the side in data center 2901 possesses: the importance degree decision table group 3 that becomes the reference data that is used to judge the importance degree corresponding with current state; The importance degree decision table group input mechanism 4 of the content of input importance degree decision table group 3; With by network 2905, transmit the transmitting-receiving mechanism 2906 of the information that receives importance degree decision table group 3.In addition, the side in the place 2902,2903 of each monitored object also possesses: near the operational station that is provided with various station affair machines monitors the surveillance camera 1 of usefulness; Detect the fault of various station affair machines or unusual etc. various transducers 2; Obtain the timer 5 of time; The importance degree decision table group of setting according to the time that is obtained by timer 5 and in data center 2901 selects to be used to judge the importance degree decision table selection mechanism 6 of the importance degree decision table of the importance degree corresponding with current state; According to the importance degree decision table that in importance degree decision table selection mechanism 6, obtains with from the information of various transducers 2, judge the importance degree decision mechanism 7 of importance degree; According to the importance degree that in importance degree decision mechanism 7, obtains, set the level of detail set mechanism 8 of the level of detail of image informations such as resolution or frame frequency; With by network 2905, the transmitting-receiving mechanism 2906 from the image information of surveillance camera 1 captured according to the level of detail transmitting-receiving of setting in the level of detail set mechanism 8.Side at central monitoring position 2904 possesses: by network 2905, and the transmitting-receiving mechanism 2906 that the image information from surveillance camera 1 of taking according to the level of detail set in the level of detail set mechanism 8 in each place 2902,2903 is received and dispatched; With the indication mechanism 9 that shows these image informations.
The 4th execution mode, connect a plurality of monitored objects by network with public line etc., the setting of the importance degree decision table that uses in each monitored object of management in data center or change etc. can alleviate miscellaneous operation of setting or changing the importance degree decision table in each monitored object.
And, in the present embodiment, as input, though used the signal that comes self-timer 5 to the importance degree decision table selection mechanism 6 in each place, but also can replace timer 5, use the various transducers 2 that illustrated in second and third execution mode or monitor to have or not decision mechanism 2201.
The action of present embodiment, identical with the motion flow of Fig. 2.Yet, each handle data center 2901, each place 2902 or 2903 and central monitoring position 2904 in carry out aspect be different.Specifically, the initialization process of step 201 is carried out in data center 2901, and in addition, the processing from step 202 to step 205 is to carry out each place 2902,2903, and is last, and step 206 is to carry out in central monitoring position 2904 with step 207.
According to the above, in the 4th execution mode, in having the formation of a plurality of monitored objects,, can alleviate miscellaneous operation of in each monitored object, setting or changing the importance degree decision table by utilizing the importance degree decision table that uses in data center's 2901 each monitored object of management.
In addition, as shown in figure 22, in each place 3001,3002, also can comprise importance degree decision table group 3 and importance degree decision table group input mechanism 4.In this case, carry out the basic setting of importance degree decision table in data center 2901, the content of ground spot correlation is respectively according to each site setting.Thus, it is miscellaneous to prevent that the input of importance degree decision table from setting, and can carry out careful setting in each place.
As the 5th execution mode, illustrate when having a plurality of monitored object, according to having set the display packing of the monitor message of level of detail with the importance degree of status object.
Figure 23 represents the display frame example as the station affair machinery remote monitoring system of present embodiment.The formation of the station affair machinery remote monitoring system of present embodiment can utilize the formation identical with the 4th execution mode to realize that in addition, motion flow also becomes the action identical with the 4th execution mode.Yet its difference is that it is the level of detail of trying to achieve according to the importance degree that obtains that the output at level of detail set mechanism 8 has more than in importance degree decision mechanism 7, also will be as the importance degree output of input.
As described in present embodiment,, also show the information 3102 of importance degree together, thereby can be familiar with the importance of image information 3101 by being not displays image information 3101.In addition, by showing, can be familiar with the importance degree of image information equally according to the importance degree color separation.Have again, as being untreated shown in the catalogue listing 3103 of Figure 23, when having received a plurality of image information, by showing, can be promptly corresponding with the high image information of importance degree according to importance sorting.
In the above-described embodiment; obtain and export monitor message though utilize video camera; but be not limited to this; mechanism as the log information of the unusual or fault that obtains monitored object; can use according to the level of detail of setting in the level of detail set mechanism, the monitor message of change log information and output is obtained output mechanism.In addition, as the indication mechanism that shows monitor message, having more than is the mechanism of display image, also can be the mechanism that shows numeric data, lteral data, graph data.Have again, can replace the demonstration monitor message, monitor message is stored in the storage device.
In the respective embodiments described above, condition judgement table, importance degree decision table group, level of detail decision table are stored in the storage devices such as memory.In addition, in the drawings, in data processing equipments such as microcomputer exclusive disjunction processing unit, handle with the data processing that flow chart etc. is represented.And the data of each table can suitably be carried out comprehensively.
In the respective embodiments described above, though the supervision of station affair machines such as ticket machine, actuarial machine or automatic ticket checker is illustrated, monitored object is not limited to the field of station affair machine, goes in the supervision field etc. of security monitoring or equipment machine yet.
According to the present invention, can be according to the care state to monitored object, the supervision of having changed monitor message.
Claims (9)
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2003201463 | 2003-07-25 | ||
| JP2003201463 | 2003-07-25 |
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| CN1578461A CN1578461A (en) | 2005-02-09 |
| CN1291602C true CN1291602C (en) | 2006-12-20 |
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| CN 200410007079 Expired - Fee Related CN1291602C (en) | 2003-07-25 | 2004-02-27 | Monitoring information providing device and monitoring information providing method |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101178833B (en) * | 2006-11-10 | 2011-03-23 | 中兴通讯股份有限公司 | High efficient low false alarming rate remote monitoring system and method |
| JP5155279B2 (en) * | 2009-10-29 | 2013-03-06 | 株式会社日立製作所 | Centralized monitoring system and centralized monitoring method using multiple surveillance cameras |
| WO2011109935A1 (en) * | 2010-03-09 | 2011-09-15 | Global Advanced Vision Ltd | A surveillance system and method |
| CN103459728A (en) * | 2011-05-16 | 2013-12-18 | 住友重机械工业株式会社 | Shovel, monitoring device therefor, and shovel output device |
| CN103548340B (en) * | 2011-05-24 | 2017-12-29 | 日产自动车株式会社 | The monitoring method of Vehicular monitoring device and vehicle |
| CN102737479A (en) * | 2012-01-11 | 2012-10-17 | 无锡乾煜信息技术有限公司 | Sensor and camera equipment linkage safety method and system |
| JP6250993B2 (en) * | 2013-09-11 | 2017-12-20 | 株式会社東芝 | Sensor information management apparatus and sensor information management method |
| JP6015885B1 (en) * | 2015-03-26 | 2016-10-26 | コニカミノルタ株式会社 | Display device of monitored person monitoring system, display method thereof, and monitored person monitoring system |
| CN108093209B (en) * | 2016-11-21 | 2024-04-12 | 松下知识产权经营株式会社 | Image transmission system and mobile camera device |
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