JP3094079U - Remote monitoring device and monitoring device set - Google Patents

Abstract

(57) [Summary] [Problem] This invention uses ID to detect abnormal information from sensors.
The purpose is to digitize (simple code) and send it to the management center, collate and search with the unique information corresponding to the place, and receive detailed and accurate information. The present invention provides a sensor that captures abnormality information in a monitored area, a reporting device that analyzes the output of the sensor and transmits necessary information, and a personal computer or the like that receives a report from the reporting device and receives a report from the reporting device. The object is attained by a remote monitoring device characterized in that a modem device to be distributed and a personal computer storing unique information of the monitored area are connected by wire or wirelessly.

Description

[Detailed description of the device]

[0001]

[Technical field to which the device belongs]

  This device stores the unique information of the remote monitoring area in a personal computer in advance. The sensor is activated and the ID number at that time is sent from the notification device. When the abnormal information (ID number) is received and input, the abnormal information and the unique information of the point of occurrence The purpose is to collate and search the information and output the result to accurately and detailed the output information. The present invention relates to a remote monitoring device and a monitoring device set.

[0002]

[Prior art]

  Conventionally, when an abnormality occurs, a small capacity abnormality is automatically generated from the equipment side personal computer. A means to send the value data file to the receiving side, and a personal computer on the side of multiple facilities. Means for receiving the abnormal value data file from the The identification code of the equipment is embedded in the There is a proposal of a remote monitoring device provided with a means having an directory structure (Patent No. 3202). 359).

[0003]

[Problems to be solved by devising]

  The conventional remote monitoring device sends only the entire screen of the monitored area, or only reports the occurrence of an abnormality. In many cases, the details of the contents were unknown after communication. Also, like the above-mentioned electric transmission In addition, when sending the full screen, the amount of information is too large, and it is only necessary to upsize the device. However, when sending multiple simultaneous notifications, there is a risk that the image receiving ability will be insufficient and it will be impossible to receive images. It was

[0004]   The known invention uses a recognition symbol such as an identification code to simplify transmission. However, there is a problem that can not be applied to large volume information such as the target screen (video) there were.

[0005]

[Means for Solving the Problems]   The idea is to personalize a map of the surveillance area, an external image, a photograph, and other unique information in advance. When the new information is input by the sensor by recording and accumulating in the null computer For this, the new input information and the related unique information are collated / searched and the result is output. By doing so, it is output with the same accuracy as the video information sent directly from the surveillance area, Streamline processing speed, processing content, etc. corresponding to abnormal information, and The above-mentioned conventional problems have been solved by making it possible to deal with them.

[0006]   In other words, this invention has a sensor that captures anomaly information in the surveillance area and the sensor output. A reporting device that analyzes power and transmits necessary information, and receives reports from the reporting device. Modem device to be distributed to personal computers and other Characterized by a wired or wireless connection with a personal computer that stores information The remote monitoring device is a sensor, and the sensor is a proximity sensor and / or a video sensor. , Or a combination of a proximity sensor and a camera, and the unique information is the address, Depending on the name, name, building name, house, building, garden, road and other images, other purposes This is the information to join.

[0007]   The device set was devised with one or more monitoring sensors, reporting devices, sensors. The camera and connection equipment that cooperate with And a modem device are installed, and a sensor to capture abnormal information in the monitored area , A reporting device that analyzes the output of the sensor and transmits the necessary information, and from the reporting device A modem device for receiving the notification of the above and distributing it to a personal computer or the like; Wired or wireless connection to a personal computer that stores unique information of the monitored area The remote monitoring device characterized by having been accommodated or installed in one or two trunks. It is a thing.

[0008]   The invention of the device is to use a sensor, a notification device, a modem device, and Remote monitoring device characterized by connecting a personal computer by wire or wirelessly And installing and installing the device according to claim 1 in one or more trunks. Is a remote monitoring device set.

[0009]   In the above invention, the personal computer is provided with the following functions.

[0010] (1) Sensor registration and installation place ID number issuing function.

[0011] (2) Obtain the ID number based on the notification from the sensor installation location through the telephone line , Display and print out the corresponding location information on a personal computer. Function.

[0012] (3) Function to display the sensor installation location and ID number on the map.

[0013] (4) Accumulation function of sensor installation record and alarm reception record.

[0014] (5) Display and search function of all sensor installation locations on the map.

[0015] (6) Video display and search function for all sensor installation locations.

[0016] (7) Manipulation of the map display of the report location by manual operation and print output function (for example, 1/500 map is displayed simultaneously in 1/2000 map, or 1/50 map is displayed. Separate display).

[0017] (8) A security function with an ID number that limits the operator.

[0018] (9) Display of in-service map (variable scale from 1 / X to 1 / Y).

[0019] (10) Other video input functions that are input in advance.

[0020] (11) Sound collection function and broadcasting function.

[0021]   For security in this invention, install it on a personal computer. Location registration and ID number assignment work, and display of all installation sites and ID numbers at this time In order to operate the operation and the registered content change operation, the operator's ID number must be registered in advance. It is recorded so that no one else can operate it.

[0022]   Next, the name of the installation location (company name, personal name, building name, etc.), address (including postal code) ), Phone number, floor of the building, and other characteristic information. Also, the image sensor Images have been created and accumulated.

[0023]   When the above entry is completed, assign the latest ID number to the point on the map A pointer is attached and all of them are stored as a set in the database. For example Also, if you update the ID number at regular intervals, even if the ID number is leaked, etc. It is possible to ensure security.

[0024]   In this invention, if there is an incoming call on the connected telephone line, automatic answer And the ID number is the modem device installed in the personal computer. The ID number is a 4-digit DTMF signal.

[0025]   The ID number is retrieved from the database as described above, and the personal computer is searched. Display this information on the screen and print this information from the connected printer at the same time. To be out.

[0026]   Then, by key operation, all installation sites and ID numbers are displayed, and key operation is performed. It is also possible to display an enlarged view of the area indicated by the sensor. About the area Can change the enlargement ratio arbitrarily and display clearly.

[0027]   In this case, for example, install a camera in collaboration with the sensor at the entrance of the building and If the sensor is activated, the image of the part and the cause of the sensor activation (for example, a person approaching ) Can be visualized, so by enlarging the image, the appearance and appearance Others can be captured and recorded (information can be stored) . Therefore, it is necessary to send some of these records together with the ID number one after the other. It can be inspected repeatedly if necessary.

[0028]   As mentioned above, an enlarged map of the sensor operating points, and images and sensor images as needed. It is possible to superimpose the video of the motion cause (for example, a person) and output it. It can be used as an important proof of early resolution in case of theft etc. it can.

[0029]   In the above, when shooting with a camera in the field and sending the video, the amount of information is skipped. As the number of sensors increases dramatically, not only can instantaneous processing not be performed, but many sensors can be used simultaneously. However, according to the present invention, when the sensor is activated, Since there is very little information on the ID number and a part of the video recording at that time, Even if there are many abnormalities, there is an effect that they can be processed instantly.

[0030]   Most of the maps in the above are not changed during the monitoring period. However, once input, it can be used for a long time.

[0031]   However, with regard to the image, since the building may change in the corner and the trees, etc., If you shoot a couple of times a year and replace it with the images stored on your personal computer, You can get a video output that is close to the truth.

[0032]

[Embodiment of device]

  In this device, the unique information of the surveillance area is stored in advance in a personal computer. However, if it receives a transmission from the activation of a sensor in the monitored area, Information and corresponding information stored in personal computer By doing so, the information of the sensor is transmitted more accurately.

[0033]   The remote monitoring device is a sensor that captures anomaly information in the monitored area, and a sensor A notification device that analyzes the output and sends the necessary information, and receives the notification and The unique information of the monitoring area and the modem device to be distributed to the sonal computer and others It has a personal computer that has been accumulated.

[0034]   The device may be installed in one trunk or two trunks and housed Therefore, even in a wide area, it can be installed or removed easily and quickly.

[0035]

[Example 1]   An embodiment of this invention will be described with reference to FIGS. Need for surveillance area 1 Place sensors 2a, 2b, 2c, 2d ... Connected to the personal computer 5 and the telephone 6 via the information device 3 and the modem device 4. I am doing it.

[0036]   A map 7 of the surveillance area 1 is stored in the personal computer 5, and the map 7 A part 7a (other parts) can be enlarged.

[0037]   For example, if the sensor 2b set in the house 8 near Asakusa Kibakan has an abnormal output If there is, it lights up in area 1 of the image of personal computer 5, so sensor 2 The part 7a of the map 7 having b is enlarged (Fig. 2 (a)), and the position of the sensor 2b is confirmed. And confirm the directions to express.

[0038]   In the above, as shown in FIG. 3, the sensor 2b (screen image) having the entrance of the house as the monitoring range is used. 3) is displayed on the personal computer 5 as an image. The state of the entrance 10 can be confirmed. In this case, the sensor and camera According to the same. That is, when the sensor is started, the camera takes a picture and transmits it.

[0039]   Therefore, if the person 9 is confirmed, the person 9 is further enlarged to see the person's external appearance. be able to. If you memorize this, you can use it for subsequent processing.

[0040]   The above embodiment operates as shown in FIG. That is, input to the sensor 2a The entered information enters the modem device 4 via the telephone line 11 via the notification device 3 and then It is processed by the personal computer 5 and is reported as a video 13 or a print 12. Be done. All of the above are stored in a personal computer, so you can view them repeatedly, It can also be printed.

[0041]   The modem device has a built-in microprocessor, Input from the personal computer. It outputs to the computer 5 and an alarm circuit (for example, a siren, a warning light). The parso The null computer 5 collates / searches the input information, and details corresponding to the sensor. Output various information.

[0042]

Example 2   An embodiment of this invention will be described with reference to FIG. Into the trunk 15 Computer, modem device and its accessories are set, and electric wires, mobile phones, Sir etc. are accommodated. Normally, one area accommodates one trunk, but the monitoring area Use multiple trunks if the area is wide or you need surveillance cameras. There are also cases.

[0043]   In FIG. 5 (a), 14 is a handle, 16 is a power switch, 17 is a monitor and alarm switch. Spare switch, 18 is a speaker, 19 is a personal computer connection device, 2 0 is a line connector, 21 is a telephone connector, 22 is a power connector, and 23 and 24 are siles. Operation indicators such as warning lights and warning lights.

[0044]

[Effect of device]

  According to this invention, when an abnormality occurs in the surveillance area, the details can be There is an effect that various information can be obtained, and this can be recorded / stored / stored.

[0045]   The system streamlines surveillance and efficiently monitors a large surveillance area. You can do it, save it properly, and use it as valuable material after the fact. You can

[Brief description of drawings]

FIG. 1 is a block diagram of an embodiment of the present invention.

[FIG. 2] (a) An enlarged map of the same. (B) A map of the surveillance area.

FIG. 3 is a perspective view in which a sensor is also attached to the house.

FIG. 4 is an image diagram showing the function of the device of the present invention.

FIG. 5 (a) is an open perspective view of the same embodiment of the trunk. (B) A perspective view of the embodiment of the modem device. (C) A rear view of the modem device.

[Explanation of symbols]

1 monitoring area 2a, 2b, 2c, 2d, ... 2x sensor 3 reporting devices 4 Modem equipment 5 personal computer 6 telephones 8 houses 9 people 10 entrance

Claims (5)

[Scope of utility model registration request] 1. A sensor for capturing abnormality information in a monitored area, a reporting device for analyzing the output of the sensor and transmitting necessary information, and a modem for receiving a report from the reporting device and distributing it to a personal computer or the like. A remote monitoring device characterized in that the device and a personal computer in which the unique information of the monitoring area is stored are connected by wire or wirelessly. 2. The remote monitoring device according to claim 1, wherein the sensor is a proximity sensor and / or a video sensor, or a combination of a proximity sensor and a camera. 3. The remote according to claim 1, wherein the unique information is an address, a name, a name, a building name, a house, a building, a garden, an image of a road or the like, and other information to be subscribed according to the purpose. Monitoring equipment. 4. A remote monitoring device set comprising the device according to claim 1 housed and installed in one or more trunks. 5. A remote monitoring device set comprising one or a plurality of monitoring sensors, a reporting device, a camera cooperating with the sensor, a connecting device, and a personal computer and a modem device.