KR20140103859A - Unattended remote control system with app - Google Patents

Abstract

The present invention provides a disaster detection system using a smartphone application capable of two-way communications so as to monitor, instruct, and control all sensors and water and electricity facilities installed in a disaster detection target area and guard working conditions of a guard who stand guard.

Description

APP UNATTENDED REMOTE CONTROL SYSTEM WITH APP}

The present invention relates to an unmanned remote area disaster prevention system that enables a control system of a specific area to be controlled through a smartphone application (meaning the same as a mobile app), and more particularly, An unmanned remote control system capable of monitoring and controlling an intrusion, theft or damage of a product with a smartphone app.

Various measures have been taken to prevent unauthorized intrusion, theft, and fire in a block area divided into a certain area such as a house, an office, a shopping mall, a temple, and a cultural property area. Currently, the disaster prevention system that is currently being implemented is often equipped with security sensors, security guards, security guards, and manpower monitoring. In such cases, the owner of the building or the person in charge of disaster prevention, It is difficult to engage directly in disaster response or control. In other words, the existing control system is mostly easy to manage after the disaster such as fire and theft, which should be confirmed by the administrator himself. Therefore, it is not notified to the manager before or in near real time.

Korean Patent No. 10-0989332 (Application No. 10-2010-0053016) also describes the disaster prevention system, but with the information received from the disaster detection sensors as in the above patent, It is difficult to respond promptly to disasters by simply sending a message, and as mentioned above, it is difficult for a person in charge of direct disaster protection to directly participate.

Korean Patent Laid-Open Publication No. 10-2012-0140518 allows a surveillance camera to be operated using a smart phone, and a notification message is transmitted to a smart phone in the event of a disaster. However, these systems alone can not cope with the situation sufficiently and can only be recognized early.

In addition, Korean Patent Laid-Open Publication No. 10-2012-0120693 allows the patrol system to be monitored in real time by combining the GPS system with the patrol system. In this case, it is not possible to make patrol purpose itself more convenient than patrol surveillance function.

Accordingly, an object of the present invention is to provide a method and apparatus for disaster prevention, which can prevent a disaster from occurring in real time by detecting a disaster in real time or minimize the spreading risk, And to provide a new disaster prevention system that can be easily implemented.

That is, an object of the present invention is to provide an unmanned remote control system capable of monitoring the situation and managing facilities of a relevant area without requiring a direct patrol maneuver for a monitoring area requiring patrol.

According to the above object, the present invention provides a disaster detection system using a smartphone application capable of interacting in both directions, and it is possible to provide a surveillance system including a sensor installed for a disaster detection area, To monitor, direct and control work situations.

That is, according to the present invention, sensing and control operations are performed using smartphone apps for various sensors and control devices installed in a certain area where management is required, without placing manpower in the area itself, And provides the unmanned remote control system that enables the management of the situation and facility management.

According to the present invention, the owner or manager of a building or facility can directly control facilities such as disaster prevention facilities, water and electricity, and can check the security work of security guards, , It can be more perfect for disaster preparedness.

Further, according to the present invention, the manager can save the manpower because he can manage facilities without going directly to the management area through the smart phone.

FIG. 1 is a flowchart showing a preparatory step for implementing a local control system app of the present invention.
FIG. 2 is a schematic diagram showing an overall function of the local control system of the present invention through an embodiment.
3 is a schematic diagram of contents implemented in the local control system application execution step of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a flowchart illustrating hardware and software installation required to implement a local control system using an app of the present invention.

First, we install a website for subscribers who want to use the local control system app, and build a web server. The mobile application is installed on the website so that the subscriber can download the subscription information, and the subscriber needs to fill in the necessary personal information at the subscription step.

Next, according to the subscriber request, the area to be controlled by the app is divided and various sensors, speakers and / or CCTV are installed in the area. The sensor may include all or a part of a flame sensor, a temperature / humidity sensor, a leak sensor, and a theft detection sensor. In addition, intelligent distribution panel is adopted to control on / off of water and electricity. The sensors and the intelligent (communication type) distribution panel all have communication modules, and can transmit signals in both directions to a smart phone (the same meaning as a mobile terminal) or a web server. In the Web server, it is possible to construct a database in which various kinds of data transmitted from various sensors are recorded together with the transmission time.

Subscribers will be able to control the various sensors and facilities through the app by running the app downloaded from the website.

The functions of the local control system application according to the present invention will be described with reference to FIG. 2 and FIG.

FIG. 2 is a schematic diagram illustrating the overall configuration of a plurality of temples using the regional control system application of the present invention as an example. Since most of the zones that use the local control system app are equipped with their own own control system, the sensing information of the various sensors installed in the corresponding zone is transmitted to the own control system server through the wireless communication function included in each sensor And transmitted to a web server (which becomes a general control server) operating a web site, and the same information is also transmitted to a mobile terminal (smart phone) interlocked with the web server (it is needless to say that an application needs to be executed). Also, in case of a disaster, it is important to ask for quick help to relevant agencies such as fire stations and police stations. Therefore, the related organization information is converted into a database and displayed on a smartphone app. The alarm is judged by the self-control system in regard to an abnormal symptom, and the alarm is operated by the self-control system, the web server manager, and the smartphone app implementer.

3 is a schematic diagram for explaining contents according to smartphone application execution.

When the subscriber turns on the smartphone app (ON) and logs in, the main screen of the local control system appears. This main screen may be the actual image of the set area, but in some cases, a picture icon . ≪ / RTI > The main screen that appears immediately after login includes all images, history view, facility management, related organizations, and border setting icons. When you click (touch) the whole image icon, the whole image list is displayed. Show.

Click on the View History icon to view the history saved in the event of an emergency.

If you click on the facility management icon, you can activate / deactivate various facilities such as water and electricity.

If you click on the related organization icon, you can see the corresponding list.

Clicking the Boundary Settings icon will allow you to start / release the border for the entire zone.

The entire image list can be displayed as an icon including the name of each zoned area or a mark, and a detailed screen can be displayed by pressing one of the icons in the list. The detail screen displays a specific area (building, room, facilities inside, etc.) on the smartphone screen, and also shows the history view, facility management, related organizations, and boundary setting icons. Facility management can include video management, sensor management, electricity management, water management, and so on.

If you click on the video management, the video position and the video list are displayed. If you select the list, the video is displayed and the video can be saved. At this time, the audio can also be stored / played back.

When the sensor management is clicked, the sensor position and the sensor information are displayed, and the sensor position displays the corresponding image, for example, one office image and the position of the sensor in the image together with the sequence number. , Smoke, temperature, and humidity.

If you click on Electricity Management, the location and list (distribution board information) where the distribution board is installed appears on the image. Here you can click on the Breaker Management tab to toggle each switch on and off and view the usage.

Clicking the border setting icon controls the border mode on / off for that area.

In the configuration, it is possible to set alarm tone control, status alarm message saving, and so on.

In addition, when there is a security guard in charge of the patrol service in the area, the security function location information can be displayed on the smartphone screen as a separate window by using the GPS function mounted on the mobile phone or the radio equipped with the security guard, It is also possible to electronically write and transmit information to and from the electronic book so that it is recorded and transmitted along with the patrol time when the patrol of which area is performed several times and the like, and the business management, that is, It is possible. The indication may be by means of a character or the like, but it may be by voice or by a voice instruction from a smartphone, it is uttered by a speaker installed in the corresponding area. This gives quickness and is an advantage of a two-way control system.

For example, if fire information is transmitted from a flame sensor, fire alarms will be sent to the web site (control server) and smartphone as well as to the self-control system, so that a sprinkler can be activated via a smart phone, So that the user can request immediate dispatch, so that a very immediate response can be made.

In the case of the CCTV camera adopted in the present invention, the intelligent image analysis S / W as well as the simple image recording and reproducing function has a function of analyzing the pattern of the object motion to detect an abnormal behavior and to give advance warning before an accident occurs It has built-in function that can notify the manager of abnormality presumed by external damage such as signal interruption of camera itself, lens occlusion, loss of focus, arbitrary change of control area, and so on.

In addition, the resolution of the recorded video is 4 ~ 8 times higher than that of the existing camera, and it has the best performance in accordance with the characteristic that the wide space needs to be widely controlled. The camera model also has the latest megapixel IP camera Enhanced efficient use of existing installed resources through hybrid image processing technology that can recycle all analog cameras.

In order to prevent theft of high-priced goods such as cultural assets, a theft sensor (manufactured by Pason Tech Co., Ltd.), which operates wirelessly, can be installed for each article to prevent individual theft completely. In case of fire detector, It is designed not only to raise the alarm level but to acquire the environmental information such as basic temperature, humidity, and smoke concentration more than 100,000 times in advance so as to predict and predict the initial fire by itself.

The facility management icon may be said to implement a main function that substantially enables an unmanned remote control system. The facility management icon is also useful for parking management.

In other words, when a vehicle is loaded into a parking lot, according to the existing management system, if the vehicle is not a registered one, the parking lot is issued with a parking ticket, and if the parking lot manager does not know about such a system, It is most common to go directly to a security guard who resides or resides in the management room. However, according to the present invention, even when the manager is not in the parking lot access control device and the car is in front of the breaker even though the manager is in another area such as the management office, And voice guidance to draw and enter the ticket through the smartphone and then push the breaker open button in the facility management icon to open the breaker so that the vehicle can be entered. As described above, since the facility management can be performed remotely, the site itself can be managed as unattended, which also has the advantage of saving manpower. The parking lot breaker opening / closing control can be integrally incorporated in the intelligent distribution panel.

As described above, the local control system using the smartphone app of the present invention can be implemented.

It is to be understood that the invention is not limited to the disclosed embodiment, but is capable of many modifications and variations within the scope of the appended claims. It is self-evident.

No reference symbol.

Claims (8)

Installing a web site for subscribers who want to use the unmanned remote control system app and building a web server;
Installing a mobile application on the web site so that a subscriber can download the mobile application; And
Creating a database on the web server by causing the web site subscriber to fill in personal information required at the subscription step, and logging in from a web site access or mobile application execution initial screen; And
The web server and the subscriber mobile terminal receive information transmitted from a control area in which at least one of a communication type sensor, a communication type speaker, a CCTV communication type, and a communication type distribution panel is installed, And controlling a facility by operating a web site or a mobile terminal and transmitting a signal for controlling at least one of the communication type sensor, the communication type speaker, the CCTV communication type, and the communication type distribution board to control the facility, And controlling the facility of the control zone directly by the application. The method of claim 1, wherein at least one of the communication type sensor, the communication type speaker, the communication type CCTV, and the communication type distribution board transmits an alarm signal according to an abnormality symptom and receives an alarm on the web site or the mobile app An unmanned remote control method using an app. The electronic control unit according to claim 1, wherein the sensor includes at least one of a flame sensor, a temperature sensor, a humidity sensor, a leakage sensor, and a theft sensor, and the distribution board includes at least one of a sprinkler, And an intelligent distribution panel capable of controlling the remote control device. [2] The method of claim 1, wherein when the patrol personnel are present in the control area, the patrol route is displayed on the web site or the mobile app using the Global Positioning System (GPS) of the mobile terminal carried by the patrol. Unmanned remote control method using. 5. The method as claimed in claim 4, wherein when a work instruction is given by voice on a web site or a mobile app, a voice signal is broadcast through the communication type speaker. The method of claim 1,
And a boundary setting icon for starting / canceling the boundary of the control area and the image icon showing the image of the control area after login. 7. The method of claim 6,
A history view icon showing a history in which an abnormal symptom is recorded at a specific time in a specific facility at a specific location,
A facility management icon capable of operating / stopping water and electricity facilities,
A list of relevant agencies and their agency number indicating their phone number and address, and
And an environment setting icon for selectively setting an alarm sound volume, a status alarm message storage status, and the like. The mobile terminal of claim 4, wherein the mobile terminal executes the mobile app of any one of claims 1 to 7 to create a patrol task report through a task report icon included in the mobile app To the web site or the mobile app subscriber so that the subscriber processes the payment on the web site or the mobile app.

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