JP2008226103A - Visitor monitoring system, visitor monitoring method, management server and program for management server - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To efficiently confirm a moving picture and a still picture of a suspicious-looking visitor in a visitor monitoring system. <P>SOLUTION: A monitoring device 100 is provided with a human sensor 113, an interphone touch sensor 114, and a doorknob touch sensor 115 to define warning levels in a warning level information storing part 253 of a management server 200 about the number of detecting times, detection duration and a detection sequence in each sensor. When the human sensor 113 detects a visitor, the monitoring device 100 photographs a moving picture and a still picture of a monitoring area, and the management server 200 determines a warning level on the basis of the detection result to each sensor and contents of the warning level information storing part 253 and transmits to a portable terminal 300 of a user a monitoring device operation notification with the warning level attached thereto. The user determines the necessity of confirming the moving picture and the still picture from the warning level to acquire the moving picture and the still picture from the management server 200. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a visitor monitoring system and a visitor monitoring method for monitoring the intrusion of a suspicious person, and more particularly to a visitor monitoring system, a visitor monitoring method, a management server, and a management server program for performing remote monitoring such as whereabouts. .

  Conventionally, when a suspicious person has entered a residence or the like, a monitoring system is known in which a scene of the site is photographed and confirmed by a mobile phone. An example of such a conventional monitoring system is described in Patent Document 1. In Patent Document 1, when a suspicious person's intrusion is detected by a sensor, an image is captured by a camera and transmitted to a homepage, and at the same time, the supervisor is notified of the suspicious person's mobile phone by using the mobile phone. A technique for confirming an image is disclosed.

JP 2002-125220 A

  Such a conventional monitoring system can be installed at the entrance of a residence or the like and applied to monitoring of visitors. However, when such a conventional monitoring system is applied to visitor monitoring, each time a visitor is detected by a sensor, the image of the visitor is taken and the monitor is notified, so there are many visitors. In such a case, there are problems that the notification to the monitoring person occurs frequently, and the monitoring image of the visitor taken by the monitoring person has to be frequently checked.

(Object of invention)
An object of the present invention is to provide a visitor monitoring system, a visitor monitoring method, a management server, and a management server that solve the above-described conventional problem that the observer must frequently check the image of the visitor. Is to provide a program.

  A first visitor monitoring system according to the present invention is a visitor monitoring system in which a monitoring device, a management server, and a terminal device are interconnected via a network, wherein the monitoring device visits a sensor in a monitoring area. Monitoring information collecting means for transmitting detection information indicating that the person has been detected and image data of the monitoring area captured by the image capturing means to the management server, and the management server receives the detection received from the monitoring device A notification processing unit that sets a warning level according to the content of the information and transmits the warning level to the terminal device together with link information to the image data.

  According to a second visitor monitoring system of the present invention, in the first visitor monitoring system, the sensor includes a human sensor that detects entry / exit of a visitor into the monitoring area, and the notification processing unit includes the notification processing unit. As the detection information, the visitor's entry time and exit time detected by the human sensor are received, and a warning level according to the length of detection duration from the entrance time to the exit time And is transmitted to the terminal device together with link information to the image data.

  According to a third visitor monitoring system of the present invention, in the first or second visitor monitoring system, the sensor includes a touch sensor that detects that a visitor has touched a predetermined place, and the notification processing unit However, as the detection information, the start time and the end time of the contact of the visitor detected by the touch sensor are received, and the length of the detection continuation time from the start time to the end time The warning level is set according to the information and transmitted to the terminal device together with the link information to the image data.

  According to a fourth visitor monitoring system of the present invention, in the third visitor monitoring system, the sensor includes a plurality of the touch sensors, and the notification processing means includes the number of touches of each touch sensor, the detection duration time. The warning level is set based on at least one of the contact orders, and is transmitted to the terminal device together with the link information to the image data.

  In the first visitor monitoring method of the present invention, the monitoring device transmits detection information indicating that the sensor has detected a visitor in the monitoring area and image data of the monitoring area captured by the image capturing means to the management server. Monitoring information collecting step, and a notification processing step in which the management server sets a warning level according to the content of the detection information received from the monitoring device, and transmits the warning level together with link information to the image data to the terminal device; , Including.

  According to a second visitor monitoring method of the present invention, in the first visitor monitoring method, the sensor includes a human sensor that detects entry / exit of a visitor into the monitoring area, and the notification processing step includes As the detection information, the visitor's entry time and exit time detected by the human sensor are received, and a warning level according to the length of detection duration from the entrance time to the exit time And is transmitted to the terminal device together with link information to the image data.

  The third visitor monitoring method of the present invention is the first or second visitor monitoring method, wherein the sensor includes a touch sensor that detects that the visitor has touched a predetermined place, and the notification processing step However, as the detection information, the start time and the end time of the contact of the visitor detected by the touch sensor are received, and the length of the detection continuation time from the start time to the end time The warning level is set according to the information and transmitted to the terminal device together with the link information to the image data.

  According to a fourth visitor monitoring method of the present invention, in the third visitor monitoring method, the sensor includes a plurality of the touch sensors, and the notification processing step includes the number of touches of each touch sensor, the detection duration time. The warning level is set based on at least one of the contact orders, and is transmitted to the terminal device together with the link information to the image data.

  The first management server of the present invention, receiving detection information indicating that a visitor has been detected in the monitoring area from the monitoring device and image data of the previous monitoring area, setting a warning level according to the content of the detection information, And a notification processing means for transmitting to the terminal device together with the link information to the image data.

  In the second management server of the present invention, in the first management server, the notification processing means receives, as the detection information, an entrance time and an exit time of the visitor to the monitoring area, and the entrance time The warning level is set in accordance with the length of the detection duration from the time until the exit time to be transmitted to the terminal device together with the link information to the image data.

  In the third management server of the present invention, in the first or second management server, the notification processing means receives, as the detection information, a start time and an end time of contact with the visitor to a predetermined place. Then, a warning level is set according to the length of the detection continuation time from the start time to the end time, and is transmitted to the terminal device together with link information to the image data.

  According to a fourth management server of the present invention, in the third management server, the notification processing means is based on at least one of the number of times of contact with the predetermined location, the detection duration time, and the contact order. A warning level is set and transmitted to the terminal device together with link information to the image data.

  According to the first management server program of the present invention, the computer receives detection information indicating that a visitor is detected in the monitoring area from the monitoring device and image data of the previous monitoring area, and warns according to the content of the detection information. It is characterized by functioning as a notification processing means for setting a level and transmitting it to the terminal device together with link information to the image data.

  According to a second management server program of the present invention, in the first management server program, the notification processing means receives, as the detection information, an entrance time and an exit time of the visitor to the monitoring area. The warning level is set according to the length of the detection continuation time from the entrance time to the exit time, and transmitted to the terminal device together with the link information to the image data.

  According to a third management server program of the present invention, in the first or second management server program, the notification processing means uses the detection information as a start time and an end time of contact of the visitor with a predetermined location. The time is received, a warning level is set according to the length of the detection continuation time from the start time to the end time, and is transmitted to the terminal device together with link information to the image data.

  According to a fourth management server program of the present invention, in the third management server program, the notification processing means includes at least one of the number of times of contact with the predetermined place, the detection duration, and the contact order. A warning level is set based on the information and transmitted to the terminal device together with link information to the image data.

  The effect of the present invention is that in a visitor monitoring system for remotely monitoring the intrusion of a suspicious person, the user can efficiently check the moving image and still image of the suspicious visitor. The reason for this is that in the monitoring device, a human sensor and a plurality of touch sensors are provided, and when a human sensor is detected, a warning level for the detection duration, and when each touch sensor is detected, the number of detections, the detection duration, and the detection order When a visitor is detected, the warning level is determined from the detection results of the presence sensor and each touch sensor, and the monitoring device operation notification with the warning level added is notified to the user. This is because the user can determine the necessity of confirmation of moving images and still images from the warning level.

  Next, the best mode for carrying out the present invention will be described in detail with reference to the drawings.

  FIG. 1 shows the configuration of a visitor monitoring system according to an embodiment of the present invention. Referring to FIG. 1, the visitor monitoring system according to the embodiment of the present invention includes a monitoring device 100, a management server 200, and a mobile terminal 300. The monitoring device 100, the management server 200, and the mobile terminal 300 are connected by a network 900 such as the Internet network or a telephone line.

  The monitoring device 100 is installed in a place where visitors are monitored, such as the entrance of a user's house, and includes a monitoring control unit 101, an image capturing unit 111, a speaker 112, a human sensor 113, an interphone touch sensor 114, The door knob touch sensor 115, the monitoring setting information storage unit 151, and the monitoring result storage unit 152 are configured. The monitoring control unit 101 operates by program control, and includes a monitoring information collection unit 102, an image capturing control unit 103, a human sensor control unit 104, a touch sensor control unit 105, and an audio generation unit 106.

  The image capturing unit 111 captures the monitoring area with moving images and still images. The speaker 112 is installed in the vicinity of the image photographing unit 111 and makes a warning announcement by voice to a visitor. The human sensor 113 detects that a visitor has entered the monitoring place. The intercom touch sensor 114 and the door knob touch sensor 115 detect that a visitor has touched the intercom and the door knob.

  The monitoring information collection unit 102 of the monitoring control unit 101 is a management server for monitoring area moving images, still image shooting, warning announcements, touch sensor detection status recording, and monitoring results when a visitor enters the monitoring area. The overall monitoring operation such as transmission to 200 is controlled. The image capturing control unit 103 controls the capturing of moving images and still images in the monitoring area by the image capturing unit 111. The human sensor control unit 104 controls the human sensor 113 to notify the monitoring information collecting unit 102 of the start and end of visitor detection. The touch sensor control unit 105 controls the intercom touch sensor 114 and the doorknob touch sensor 115 to notify the monitoring information collection unit 102 of the start and end of detection that a visitor has touched the touch sensor. The sound generation unit 106 controls notification of warning announcements by the speaker 112.

  As shown in FIG. 2, the monitoring setting information storage unit 151 includes a still image shooting start time, which is a time when the human sensor 113 detects a visitor and starts moving image shooting, and a human image shooting start time. Setting information related to the monitoring operation such as a warning start time, which is a time to start notification of a warning announcement by the speaker 112 after the sense sensor 113 detects a visitor, is stored and managed. As shown in FIG. 3, the monitoring result storage unit 152 is a sensor detection record (detection start) by the moving image data and still image data captured by the image capturing unit 111, the human sensor 113, the intercom touch sensor 114, and the door knob touch sensor 115. Time and detection end time) are stored and managed.

  The management server 200 is an information processing apparatus such as a personal computer or a workstation that operates by program control, and includes a monitoring information management unit 201, a user information storage unit 251, a monitoring setting information storage unit 252, and a warning level information storage unit 253. , A warning color information storage unit 254, and a monitoring data storage unit 255. The monitoring information management unit 201 includes a monitoring data processing unit 202, a notification processing unit 203, an image data providing unit 204, and a history information processing unit 205. The monitoring data processing unit 202 receives and stores the monitoring result from the monitoring device 100 and determines the warning level from the detection record of each sensor. The notification processing unit 203 transmits the monitoring device operation notification to the user's portable terminal 300 together with the warning level. When there is a request for a moving image or a still image from the mobile terminal 300, the image data providing unit 204 transmits the requested moving image data or still image data to the mobile terminal 300. When there is a request for a monitoring history from the mobile terminal 300, the history information processing unit 205 collects the monitoring history from the monitoring data storage unit 255 and transmits it to the mobile terminal 300.

  As shown in FIG. 4, the user information storage unit 251 stores and manages a user name and an E-Mail address that is a transmission destination of the monitoring device operation notification. As shown in FIG. 5, the monitoring setting information storage unit 252 stores and manages setting information related to the monitoring operation in the monitoring apparatus 100 such as a still image shooting start time and a warning start time. As shown in FIG. 6, the warning level information storage unit 253 is a warning level that is normally set when the human sensor 113 detects, a detection duration threshold value as a condition for changing the warning level to a higher value, As a condition for changing the warning level set when the threshold value is exceeded, the warning level normally set when each sensor of the intercom touch sensor 114 and the doorknob touch sensor 115 is detected, and the warning level to a higher value The number of detections, the threshold of detection duration, and the warning level set when the threshold is exceeded are stored and managed. In addition, regarding the detection order of the intercom touch sensor 114 and the doorknob touch sensor 115, a condition for changing the warning level to a higher value and a warning level set when the condition is satisfied are stored and managed. Thus, for example, when the door knob is touched without using the interphone, a high warning level can be set on the assumption that the degree of suspiciousness is higher than when the door knob is touched after using the interphone. As shown in FIG. 7, the warning color information storage unit 254 stores and manages the color used when notifying the mobile terminal 300 for each warning level. As shown in FIG. 8, the monitoring data storage unit 255 includes each of the moving image data, the still image data, and the detection records of the sensors included in the monitoring result received from the monitoring device 100, as well as the warning levels and the sensor detection records. The number of sensor detections, detection duration, and detection order are stored and managed.

  The mobile terminal 300 is a terminal device such as a mobile phone, and receives a monitoring device operation notification from the management server 200, acquires a moving image and a still image, and acquires a monitoring history at a place where the user is away from the monitoring device 100. Needless to say, a non-portable terminal device may be used.

  Next, the operation of the best mode for carrying out the present invention will be described with reference to the drawings.

  First, the user has completed the setting for monitoring in the user information storage unit 251, the monitoring setting information storage unit 252, the warning level information storage unit 253, and the warning color information storage unit 254 of the management server 200. Shall. Further, it is assumed that the still image shooting start time and warning start time set in the monitoring setting information storage unit 252 are also set in the monitoring setting information storage unit 151 of the monitoring apparatus 100 via the network 900.

  FIG. 9 shows an operation flow of monitoring processing in the monitoring apparatus 100.

  When a visitor comes within the detection range of the human sensor 113 in the monitoring area, the human sensor control unit 104 notifies the monitoring information collecting unit 102 that the human sensor 113 has started detection (step A101). The monitoring information collecting unit 102 stores the detection start time of the human sensor 113 in the sensor detection record of the monitoring result storage unit 152 (step A102), and the image shooting control unit 103 performs video shooting of the monitoring area through the image shooting control unit 103. Is started (step A103).

  The monitoring information collection unit 102 periodically checks the current time, and checks the state of the human sensor 113, the intercom touch sensor 114, and the doorknob touch sensor 115 through the human sensor control unit 104 and the touch sensor control unit 105. (Step A104). The monitoring information collecting unit 102 checks whether or not the current time has elapsed from the start of moving image shooting to the time when the still image shooting start time set in the monitoring setting information storage unit 151 has elapsed (step A105). If it is time, a still image in the monitoring area is shot (step A106).

  For example, as shown in FIG. 2, when a still image shooting start time of 3 seconds is set in the monitoring setting information storage unit 151, a still image is shot after 3 seconds from the start of moving image shooting.

  Also, the monitoring information collection unit 102 checks whether or not the warning start time set in the monitoring setting information storage unit 151 has elapsed since the start of moving image shooting (step A107), and when the warning start time has elapsed. If there is, a warning announcement such as “Recording is in progress” is performed from the speaker 112 through the sound generation unit 106 (step A108).

  For example, as shown in FIG. 2, when a warning start time of 2 minutes is set in the monitoring setting information storage unit 151, a warning announcement is made two minutes after the start of moving image shooting.

  In addition, when one of the intercom touch sensor 114 and the door knob touch sensor 115 newly starts or ends detection (step A109), the monitoring information collection unit 102 starts detection of the intercom touch sensor 114 and the door knob touch sensor 115. The time or the detection end time is stored in the sensor detection record of the monitoring result storage unit 152 (step A110).

  The monitoring information collection unit 102 confirms whether or not the human sensor 113 has completed detection (step A111). When the visitor goes out of the detection range of the human sensor 113 in the monitoring area and the human sensor 113 finishes detecting, the monitoring information collecting unit 102 indicates the end of detection of the human sensor 113 in the monitoring result storage unit 152. The image is stored in the sensor detection record (step A112), and the moving image shooting of the monitoring area by the image shooting unit 111 is finished through the image shooting control unit 103 (step A113). The monitoring information collection unit 102 acquires the moving image data and still image data captured by the image capturing unit 111 through the image capturing control unit 103 and stores them in the monitoring result storage unit 152 (step A114). The monitoring information collection unit 102 transmits the monitoring result (moving image data, still image data, sensor detection record) stored in the monitoring result storage unit 152 to the management server 200 (step A115).

  FIG. 10 shows an operation flow of the monitoring information notification process in the management server 200 and the mobile terminal 300. The monitoring information notification process is a process of receiving a monitoring result from the monitoring device 100, determining a warning level, and transmitting a monitoring device operation notification to the user's mobile terminal 300. When receiving the monitoring result from the monitoring device 100, the monitoring data processing unit 202 of the management server 200 assigns a management number and stores it in the monitoring data storage unit 255 (step B101). From the sensor detection record included in the monitoring result, the monitoring data processing unit 202 detects the detection duration of the human sensor 113, whether the intercom touch sensor 114 and the doorknob touch sensor 115 are detected, and the number of detections. The detection duration for each detection and the detection order for the intercom touch sensor 114 and the doorknob touch sensor 115 are obtained and stored in the monitoring data storage unit 255 (step B102). Further, the monitoring data processing unit 202 refers to the warning level information storage unit 253 based on the obtained detection presence / absence of each sensor, the number of detections, the detection duration time, and the detection order, determines the warning level, and stores the monitoring data. The data is stored in the unit 255 (step B103). In the determination of the warning level, among the conditions set in the warning level information storage unit 253, the matching condition having the highest warning level is applied. Next, the notification processing unit 203 creates a monitoring device operation notification including a warning level (step B104). As shown in FIG. 12, the monitoring device operation notification includes a warning level, the number of detections of each sensor, a detection duration, a detection order, and link information for acquiring moving image data and still image data. Here, the notification processing unit 203 may refer to the warning color information storage unit 254, select a color corresponding to the warning level, and apply it to the subject of the monitoring device operation notification or the text (step B105). The notification processing unit 203 transmits a monitoring device operation notification to the contact E-Mail address set in the user information storage unit 251 (step B106).

  For example, when a sensor detection record such as the monitoring data storage unit 255 of FIG. 8 is received from the monitoring device 100, the detection duration of the human sensor 113 is 3 minutes, and the interphone touch sensor 114 is detected while the human sensor 113 is being detected. The number of times is 2, the detection duration is 5 seconds and 20 seconds, the detection number of the door knob touch sensor 115 is once, the detection duration is 5 seconds, and the detection order is the order of interphone, door knob, and interphone. Furthermore, when the warning level is set as in the warning level information storage unit 253 in FIG. 6, the detection sensor warning level for the human sensor 113: none (notification), and the warning warning level for the intercom touch sensor 114 is detected. : 3, Warning level change threshold (duration) 20 seconds or more Warning level: 2, For door knob touch sensor 115, the condition of detection warning level: 3 meets the condition, and the highest warning level: 2 is judged As shown in FIG. 12, a monitoring device operation notification with a warning level of 2 is transmitted.

  FIG. 13 shows an example of the monitoring device operation notification when the warning level is 3. In this case, among the conditions set in the warning level information storage unit 253 in FIG. 6, the detection sensor warning level: none (notification) for the human sensor 113, and the detection warning level: 3 for the intercom touch sensor 114. The conditions are met, and the highest warning level: 3 is set as the determination result, and the monitoring device operation notification with the warning level set to 3 is transmitted.

  FIG. 14 shows an example of the monitoring device operation notification when the warning level is 1. In this case, among the conditions set in the warning level information storage unit 253 in FIG. 6, the detection sensor warning level is none (notification) for the human sensor 113, and the detection warning level is three for the intercom touch sensor 114. For the doorknob touch sensor 115, the warning level at the time of detection is 3, and the order of the touch sensors satisfies the condition of the warning level: 1 when the doorknob touch sensor 115 is detected first, and the highest warning level: 1 And a monitoring device operation notification with a warning level of 1 is transmitted.

  When the mobile terminal 300 receives and displays the monitoring device operation notification (step C101), the user can use the video data Determine the need for confirmation of still image data. When the user selects a link to moving image data or still image data included in the monitoring device operation notification, the mobile terminal 300 requests the moving image data or still image data from the management server 200 (step C102).

  The image data providing unit 204 of the management server 200 acquires the moving image data or still image data requested from the mobile terminal 300 from the monitoring data storage unit 255 and transmits it to the mobile terminal 300 (step B107).

  The mobile terminal 300 reproduces the moving image data and the still image data received by the management server 200 (step C103), and the user confirms the visitor by the image.

  FIG. 11 shows an operation flow of monitoring history collection processing in the management server 200 and the mobile terminal 300. In the monitoring history collection process, the user collects the monitoring history on the management server 200 through the mobile terminal 300. When the user designates a period and instructs collection of the monitoring history, the mobile terminal 300 transmits a monitoring history request to the management server 200 together with the designated period (step C201). The history information processing unit 205 of the management server 200 extracts the monitoring history (the time when the human sensor 113 starts detection, the detection duration, and the warning level) from the monitoring data storage unit 255 as shown in FIG. A monitoring history as shown is created (step B201), and the monitoring history is transmitted to the portable terminal 300 (step B202). The portable terminal 300 displays the received monitoring history (Step C202). The user can periodically check the visitor and grasp the behavior pattern of the suspicious person from the monitoring history.

  FIG. 16 shows a video / still image download / delete screen on the mobile terminal 300. The user can delete a moving image / still image on the screen of FIG. If the image is not deleted, the moving image and the still image can be downloaded to the portable terminal 300 at any time.

  Thus, the operation of the embodiment of the present invention is completed.

  In the present embodiment, two touch sensors, an interphone touch sensor 114 that detects touching the interphone and a door knob touch sensor 115 that detects touching the door knob, are provided, and whether or not each touch sensor is detected, The warning level is determined based on the number of detections, detection duration, and detection order, but the touch sensor can be installed in any location other than the intercom and door knob, or the number of touch sensors can be any number other than 2. It goes without saying that it can take forms.

  According to the embodiment of the present invention, in a visitor monitoring system for remotely monitoring a suspicious person's intrusion, a user can efficiently check a movie or a still image of a suspicious visitor. The reason for this is that in the monitoring device, a human sensor and a plurality of touch sensors are provided, and when the human sensor is detected, a warning level for the detection duration, and when each touch sensor is detected, the number of detections, the detection duration, the detection order When a visitor is detected, the warning level is determined from the detection results of the presence sensor and each touch sensor, and the monitoring device operation notification with the warning level added is notified to the user. This is because the user can determine the necessity of confirmation of moving images and still images from the warning level.

  Moreover, according to the embodiment of the present invention, intrusion of a suspicious person can be prevented in advance in a visitor monitoring system for remotely monitoring the intrusion of a suspicious person. The reason for this is to give a voice warning announcement to suspicious visitors who stay longer than the warning start time.

  In addition, according to the embodiment of the present invention, in a visitor monitoring system for remotely monitoring a suspicious person's intrusion, a user can easily find a suspicious person who performs a look-in behavior of the intrusion destination. The reason is that a monitoring history for a specified period is created from the monitoring record and provided to the user, so that the user can grasp a suspicious person visiting on a specific day of the week or time.

  INDUSTRIAL APPLICABILITY The present invention can be applied to a security system for monitoring a suspicious person such as monitoring a visitor in a residence, monitoring an office after work, monitoring a store after closing, and monitoring an ATM vending machine. It can also be applied to uses such as monitoring of places where contact is prohibited, such as important cultural properties.

It is a block diagram which shows embodiment of this invention. In embodiment of this invention, it is a figure which shows the content of the monitoring setting information storage part of a monitoring apparatus. In embodiment of this invention, it is a figure which shows the content of the monitoring result memory | storage part of a monitoring apparatus. In embodiment of this invention, it is a figure which shows the content of the user information storage part of a management server. In embodiment of this invention, it is a figure which shows the content of the monitoring setting information storage part of a management server. In embodiment of this invention, it is a figure which shows the content of the warning level information storage part of a management server. In embodiment of this invention, it is a figure which shows the content of the warning color information storage part of a management server. In embodiment of this invention, it is a figure which shows the content of the monitoring data storage part of a management server. It is a flowchart which shows the operation | movement of the monitoring process in embodiment of this invention. It is a flowchart which shows the operation | movement of the monitoring information notification process in embodiment of this invention. It is a flowchart which shows the operation | movement of the monitoring history collection process in embodiment of this invention. It is a figure which shows the example of the monitoring apparatus operation | movement notification (warning level 2) in embodiment of this invention. It is a figure which shows the example of the monitoring apparatus operation | movement notification (warning level 3) in embodiment of this invention. It is a figure which shows the example of the monitoring apparatus operation | movement notification (warning level 1) in embodiment of this invention. It is a figure which shows the example of the monitoring log | history in embodiment of this invention. It is a figure which shows the example of the download / deletion screen of a moving image and a still image in embodiment of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 100 Monitoring apparatus 101 Monitoring control part 102 Monitoring information collection part 103 Image shooting control part 104 Human sensor control part 105 Touch sensor control part 106 Sound generation part 111 Image shooting part 112 Speaker 113 Human sensor 114 Interphone touch sensor 115 Door knob touch sensor 151 Monitoring setting information storage unit 152 Monitoring result storage unit 200 Management server 201 Monitoring information management unit 202 Monitoring data processing unit 203 Notification processing unit 204 Image data providing unit 205 History information processing unit 251 User information storage unit 252 Monitoring setting information storage unit 253 Warning level information storage unit 254 Warning color information storage unit 255 Monitoring data storage unit 300 Mobile terminal 900 Network

Claims (16)

A visitor monitoring system in which a monitoring device, a management server, and a terminal device are connected to each other via a network,
The monitoring device
Comprising monitoring information collection means for transmitting detection information indicating that the sensor has detected a visitor in the monitoring area and image data of the monitoring area captured by the image capturing means to the management server;
The management server
A notification processing unit that sets a warning level according to the content of the detection information received from the monitoring device and transmits the warning information together with link information to the image data;
A visitor monitoring system characterized by comprising The sensor includes a human sensor that detects a visitor entering and exiting the monitoring area,
The notification processing means receives, as the detection information, an entrance time and an exit time of the visitor detected by the human sensor, and a detection continuation time from the entrance time to the exit time. Set a warning level according to the length, and transmit to the terminal device together with link information to the image data.
The visitor monitoring system according to claim 1. The sensor includes a touch sensor that detects that a visitor has touched a predetermined place,
The notification processing means receives, as the detection information, a start time and an end time of contact of the visitor detected by the touch sensor, and continues detection from the start time to the end time. A warning level is set according to the length of time, and transmitted to the terminal device together with link information to the image data.
The visitor monitoring system according to claim 1 or 2. The sensor includes a plurality of the touch sensors,
The notification processing unit sets a warning level based on at least one of the number of touches of each touch sensor, the detection duration, and the contact order, and transmits the warning level together with link information to the image data to the terminal device.
The visitor monitoring system according to claim 3. A monitoring information collecting step in which the monitoring device transmits detection information indicating that the sensor has detected a visitor in the monitoring area and image data of the monitoring area captured by the image capturing means to the management server;
A notification processing step in which the management server sets a warning level according to the content of the detection information received from the monitoring device, and transmits the warning level together with link information to the image data;
The visitor monitoring method characterized by including. The sensor includes a human sensor that detects a visitor entering and exiting the monitoring area,
The notification processing step receives, as the detection information, an entrance time and an exit time of the visitor detected by the human sensor, and a detection duration time from the entrance time to the exit time. Set a warning level according to the length, and transmit to the terminal device together with link information to the image data.
The visitor monitoring method according to claim 5, wherein: The sensor includes a touch sensor that detects that a visitor has touched a predetermined place,
The notification processing step receives, as the detection information, the contact start time and end time of the visitor detected by the touch sensor, and continues detection from the start time to the end time. A warning level is set according to the length of time, and transmitted to the terminal device together with link information to the image data.
7. The visitor monitoring method according to claim 5 or 6, wherein: The sensor includes a plurality of the touch sensors,
The notification processing step sets a warning level based on at least one of the number of touches of each touch sensor, the detection duration, and the contact order, and transmits it to the terminal device together with link information to the image data.
The visitor monitoring method according to claim 7, wherein: Detection information indicating that a visitor has been detected in the monitoring area from the monitoring device and image data of the previous monitoring area are received, a warning level is set according to the content of the detection information, and a terminal device together with link information to the image data Notification processing means to send to
A management server comprising: The notification processing means receives, as the detection information, the entrance time and the exit time of the visitor to the monitoring area, and sets a warning level according to the length of the detection continuation time from the entrance time to the exit time. Set and send to the terminal device with link information to the image data,
The management server according to claim 9. The notification processing means receives, as the detection information, a start time and an end time of contact with the visitor at a predetermined location, and warns according to the length of the detection continuation time from the start time to the end time. Set a level, and send to the terminal device together with link information to the image data,
11. The management server according to claim 9 or 10, wherein: The notification processing unit sets a warning level based on at least one of the number of times of contact with the predetermined place, the detection duration, and the contact order, and the terminal device together with link information to the image data Send to
The management server according to claim 11. Computer
Detection information indicating that a visitor has been detected in the monitoring area from the monitoring device and image data of the previous monitoring area are received, a warning level is set according to the content of the detection information, and a terminal device together with link information to the image data Notification processing means to send to
Management server program to function as The notification processing means receives, as the detection information, the entrance time and the exit time of the visitor to the monitoring area, and sets a warning level according to the length of the detection continuation time from the entrance time to the exit time. Set and send to the terminal device with link information to the image data,
The management server program according to claim 13. The notification processing means receives, as the detection information, a start time and an end time of contact with the visitor at a predetermined location, and warns according to the length of the detection continuation time from the start time to the end time. Set a level, and send to the terminal device together with link information to the image data,
The management server program according to claim 13 or 14, The notification processing unit sets a warning level based on at least one of the number of times of contact with the predetermined place, the detection duration, and the contact order, and the terminal device together with link information to the image data Send to
The management server program according to claim 15, wherein:

Images