KR200356867Y1 - Water level web control system for golf club - Google Patents

Abstract

The present invention relates to a catchment water level control system for a golf course using a mixed network, and more specifically, a graphical user interface for an observer to more easily recognize various control states of the well and the sump displayed on the display of the system. A mixed network that provides various images in the vicinity of the water well related to the external panel provided in the water well or the water level of the water well, and informs the observer at the remote site in response to the abnormal symptom when an abnormal symptom occurs. The present invention relates to a catchment water level control system for golf courses.

To this end, the catchment water level observation control system for a golf course using the mixed network of the present invention is provided with at least one or more photographing means for photographing the water level of the water well and the outside of the panel in real time, and at least one submersible pump operating state Submersible pump control stage 300 for controlling the water level, the water level detection means 400 having a water level sensor for detecting the water level of the water well located in the distance from the submersible pump, manager registration request, water level control and water well Observer terminal 500 for requesting to register the setting state information related to the operation control of the submersible pump provided in the real-time and the external panel constituting the submersible pump control stage or viewing the water level of the water well in real time, and the underwater As the pump control terminal 300, the water level detecting means 400 and the observer terminal 500 and the mixed network 200, the manager of the observer, etc. Form information DB (110) storing various form information (web page) necessary for inputting setting values related to water level observation and water level control of collection wells in real time, ID / password of observer and telephone number of mobile communication terminal. Administrator information DB (120) stored authentication information and personal information to be stored, setting state information DB (130) stored by the observer to control the operation of the submersible pump provided in the water level control and the intake well of the collection well, the system When an abnormal symptom occurs, the abnormal symptom guide information DB 140 storing information for coping with the generated abnormal symptom and the statistical information DB 150 storing the cumulative operation time of the submersible pump are provided, and the house is set in advance by the observer. Operate and control the submersible pump to maintain the level of the crystal, and at the request of the observer in real time As it has done to the administrative server 100 to the relay station transmitting to the observer.

Description

Water level web control system for golf club}

The present invention relates to a catchment water level control system for a golf course using a mixed network, and more specifically, a graphical user interface for an observer to more easily recognize various control states of the well and the sump displayed on the display of the system. A mixed network that provides various images in the vicinity of the water well related to the external panel provided in the water well or the water level of the water well, and informs the observer at the remote site in response to the abnormal symptom when an abnormal symptom occurs. The present invention relates to a catchment water level control system for golf courses.

Golf is played on the open field, where the ball is suspended on the course, hitting the club, put it in a designated hole and competes with the number of strokes required. In general, the outdoor field is sprayed with a sprinkler or the like every predetermined period for the management.In this way, the industrial water, which is the water used to manage the outdoor field, is a water well that is close to several kilometers from a few tens of kilometers away. The raw water supplied from the place where the submersible pump is installed to collect the river water is stored in the sump (water tank) located near the golf course through the water pipe, and automatically controlled and used whenever necessary.

As such, as a prior application (application number; 1020020025928), the wireless automatic water level control system for automatically controlling the water level of the sump to interface the signal input from the various sensing means for the automatic level control and the signal output to each device Input / output device for power supply, power supply device for supplying power, main controller device for outputting control signal for controlling the system, display device for visually displaying the operation status, setting status, and inspection status of the system, And a key input device for inputting check, operation, test, environment setting, input and cancellation of the system, and an audio output device for outputting the operation state, setting state, and check state of the system as guide voice.

As described above, in the conventional wireless automatic water level control system configured, when an observer inputs an environment setting value related to water level control using a key input device, the input environment setting value is displayed on the display device so that the viewer can identify the environment setting value. .

When the observer recognizes each setting value displayed on the display device and completes the input of the setting value, the main controller reads the water level detection signal transmitted from the sensing means for detecting the water level of the sump according to the setting state set by the observer. If the water level is lower than the water level set, control the submersible pump located in the intake well so that industrial water is supplied to the sump. Here, each operation state is displayed on the display apparatus under the control of the main controller.

In addition, the main controller controls the system to output the guide sound through the audio output device according to the operation status, setting status, and inspection status of the system. Etc.) to be able to cope more quickly when it occurs.

However, since the display device of the conventional wireless automatic water level control system is provided only as a FND (7-segment) or LCD (liquid crystal), it only provides an indication of a set value or an operation state, and is an underwater pump located far from the manager. There is a problem that can not provide a real-time situation of the water intake is located. As a result, even if the water level of the inlet well is lower than that of the submersible pump, it does not provide a means for recognizing it in advance, so that the submersible pump continues to operate and can be recognized only after the submersion of the submersible pump itself occurs. There is a closed end that can cause damage to the submersible pump.

Moreover, since the above-mentioned problem does not provide a means for notifying the observer when the observer is away or occurs at night, the system is prevented with an abnormal symptom and the system does not operate properly. Failure to collect water in the fertilization also causes a problem that the maintenance of the outdoor field of the golf course is not performed.

The present invention is to solve the problems of the prior art, an object of the present invention is to provide various control states of the water well and the water well displayed on the display device of the system in addition to the graphical user interface provided with the external panel or water well By transmitting the various images near the water well related to the water level of the water in real time to the observer terminal so that the observer can recognize them, the observer first observes them before an abnormal symptom occurs and prevents safety accidents. The present invention provides a catchment level control system for a golf course.

Another object of the present invention is to notify the observer's mobile communication terminal of the guide information corresponding to the abnormal symptom even when the observer is away or at night when the abnormal symptom occurs. To provide a catchment water level observation control system for a golf course using a mixed network that can cope.

Golf water collecting well level control system using a mixed network of the present invention for achieving the above object is provided with at least one or more photographing means for photographing the water level of the water well and the outside of the panel in real time, at least one submersible pump Water level control means having a submersible pump control stage for controlling the operation state, a water level sensor for detecting the level of the sump, and setting related to the operation control of the submersible pump provided in the manager registration request, the sump of the sump Observer terminal for requesting the registration of status information and viewing the water level of the water extraction well or the external panel constituting the submersible pump control terminal in real time, and the submersible pump control terminal, the water level sensing means and the observer terminal. Connected through the network, the administrator registration of the observer, the number of water well observation and the number of collection wells in real time Form information DB storing various form information (web page) necessary for inputting the setting value related to the above control, administrator information DB storing identification information including personal ID / password and telephone number of mobile communication terminal, and personal information, DB that stores the setting status related to the water level control of the sump well and the operation control of the submersible pump installed in the intake well, and when the abnormal symptom occurs in relation to the system, the abnormal symptom is stored. With the information information DB and the statistical information DB storing the accumulated cumulative operating time of the submersible pump, the submersible pump is operated to maintain the level of the sump set by the observer in advance, and the submersible pump is provided in the inlet at the request of the observer. It consists of the manager server which relays the water level image data of the external panel of the control terminal and the water well to the observer terminal in real time. Lose.

The catchment water level observation control system for a golf course using the mixed network further includes an observer mobile communication terminal, and when an abnormal symptom occurs in relation to the system, the observer moves information in real time to the abnormal symptom guide information to cope with the generated abnormal symptom. Send to the communication terminal.

1 is a schematic system configuration diagram showing a water collecting well level control system for a golf course using a mixed network of the present invention,

2A and 2B illustrate an external panel configuration (web page) constituting a submersible pump control stage displayed by a power on / off state of a water well and a sump well displayed by a graphic user interface, an operation state of a pump, and real-time video information. Shown,

3A and 3B show various operating states of the submersible pump displayed by the graphical user interface and the industrial water storage amount of the sump (web page);

4 is a diagram (web page) showing a cumulative operating state of a submersible pump and a selected submersible pump displayed by a graphical user interface.

<Code Description of Main Parts of Drawing>

100: administrator server 110: form information DB

120: administrator information DB 130: setting status information DB

140: abnormal symptoms guide information DB 150: statistical information DB

200: mixed network 300: submersible pump control stage

400: water level detection means 500: observer terminal

600: Observer mobile communication terminal

Before referring to the operation of the present invention, the known technology first commercialized to aid the understanding of the present invention.

In general, a WAP server (mobile communication company server) interworking with a general server operating a website using an internet protocol to exchange information between the internet network and the mobile communication network constituting a mixed network is transmitted from the general server. Operates a WAP (Wireless Application Protocol) gateway that acts as an interface for converting HTML data written in HTML (Hyper Text Markup Language) into WML (Wireless Markup Language) data, and includes various WML documents included in the WAP gateway. Among the information, an exchange station for acquiring the observer's local location information using the telephone number information of the observer's mobile communication terminal and including the obtained local position information in a WML document, and the observer's area transmitted from the exchange station. Base station control to set and transmit mobile to land call for WML document including location information And, by including components such as a base station for transmitting a WML document set the transmitted mobile to land call to the mobile communication terminal of a viewer, and is configured to enable the exchange of information between the internet and a mobile communication network. Here, what is composed of a WAP server, an exchange station, a base station controller, and a base station for operating a WAP gateway is referred to as a "mobile communication network".

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

1 is a schematic system diagram showing a water collecting well level control system for a golf course using a mixed network of the present invention.

As shown, an observer operating a golf course must first register as an administrator to use the catchment water level control system of the present invention.

To this end, the observer executes a web browser provided in the observer terminal 500, which is a personal computer (PC) capable of Internet service, and then uses a logical address (eg, www) of the website operated by the administrator server 100. .abc.co.kr) to enter the URL input unit to request a website, the administrator server 100 extracts the main screen information (web page) stored in the form information DB (110) through the mixed network 200 The viewer terminal 500 transmits to the web browser.

The main screen (not shown) displayed on the web browser of the observer terminal 500 includes an administrator registration request button. When the observer requests an administrator registration screen by clicking an administrator registration request button, the administrator server 100 forms information. The administrator registration screen information is extracted from the DB 110 and transmitted to the web browser of the observer terminal 500 through the mixed network 200.

The administrator registration screen displayed in the web browser of the observer terminal 500 is provided with an administrator registration information entry field for inputting personal information including ID / password used as an authentication means and an address and a telephone number of the mobile communication terminal. When the observer inputs the registered administrator registration information in accordance with the input form in each input column provided to the administrator server 100, the administrator server 100 stores the transmitted administrator registration information in the administrator information DB 120. This completes the administrator registration.

In this way, the observer who has completed the manager registration is provided with the manager server (the manager server ( You must register at 100). To this end, click on the sump level setting request menu provided on the main screen displayed on the web browser of the observer terminal 500, the manager server 100 extracts the sump level setting screen information from the form information DB (110) Through the mixed network 200 is transmitted to the web browser of the observer terminal 500.

The sump level setting screen displayed in the web browser of the observer terminal 500 includes a set level input column of the sump, an on / off selection column of various submersible pumps provided in the inlet. Here, the unit of the set water level input column of the sump may use various units such as a percentage (%) according to the volume of the sump or the volume of industrial water stored in the sump. When the observer enters the inputted catchment water level setting information to the manager server 100 after inputting according to the provided input form, the manager server 100 transmits the received catchment water level setting information to the setting state information DB 130. The water level setting of the sump is completed by storing.

Subsequently, the manager server 100 reads the water level detection signal transmitted from the water level sensing means 400 for detecting the water level of the sump according to the set state set by the observer, and is lower than the water level set by the observer. The pump control stage 300 is controlled so that the industrial water is supplied to the sump.

At this time, the observer can more easily view statistical information indicating the water level storage amount stored in the sump, the on / off control state of the submersible pump, and the cumulative operation time of the submersible pump through a Graphic User Interface (GUI) environment. In addition, the external panel constituting the water pump control stage 300 or the water level may be viewed in real time video information.

2a and 2b is a configuration of the external panel constituting the submersible pump control stage 300 displayed by the power on / off state of the water intake well and the sump well displayed by the graphical user interface, the operating state of the pump and real-time video information (web Page).

As shown, on the screen displayed on the web browser of the observer terminal 500 at the request of the observer, the power on / off state of the water well and the sump well and the operation state of the submersible pump are graphically displayed for easy viewing. In addition, the outside of the water well panel (or the water level of the water well) taken by the photographing means provided in the submersible pump control stage 300 can be viewed in real time, so that the observer first before the manager server 100 detects an abnormal symptom. Abnormal symptoms can be detected and dealt with.

Furthermore, the video information displayed in real time in the image display column enables omni-directional movement and zoom-in / zoom-out of the camera to be photographed, thereby making it possible to observe the water level of the external panel or the water well provided in the well. For example, when the left mouse button is clicked in the direction of movement (arrow) based on the center point displayed in the image display column, it is controlled to move in the corresponding direction. When zooming in, click the left mouse button on the center point. If you want to zoom out, you can zoom out by right-clicking on the center point.

In addition, on one side of the screen, a request button (menu) for requesting to output real-time video information photographed by a photographing means located in the vicinity of a plurality of submersible pumps provided in the submersible pump control unit 300 is recorded, and recording of real-time video information. Equipped with a button (or a recording view button) requesting the user can quickly view the vicinity of the water wells in multiple angles, and at the request of the observer, can record the vicinity of the water wells or replay the recorded ones. Support. Here, the recorded video information may be stored anywhere, such as the administrator server 100 or the observer terminal 500.

3A and 3B are diagrams (web page) showing various operating states of a submersible pump displayed by a graphical user interface and industrial water storage amount of a sump well.

As shown in the figure, the screen displayed on the web browser of the observer terminal 500 at the request of the observer is displayed in various operating states of the submersible pump and the industrial water storage capacity of the sump well for easy viewing. That is, the power on / off indication of the submersible pump, the door open indication of the external panel, the status of the emergency button, the remote and local control indication of the submersible pump, the automatic and manual control indication of the submersible pump, and the lighting on / off operation of the external panel, etc. It is displayed as a graphic image so that it can be viewed more conveniently and is provided to be directly controlled by selecting the graphic image.

In addition, the sump (water tank) also displays power on / off, external panel door open, emergency button status, normal status communication with the sump and the sump of the sump on one side and the actual level on the other. Is displayed.

In addition, by displaying the state of the water pump start / stop / trip / unselected according to the color of the graphic image, the observer can easily recognize the state of the pump. The operation state of the submersible pump according to the color of the graphic image is applied as shown in Figure 2a. In addition, the storage amount of the water tank is also displayed as a graphic image with text is applied as shown in Figure 2a.

4 is a diagram (web page) showing a cumulative operating state of a submersible pump and a selected submersible pump displayed by a graphical user interface.

As shown in the figure, the screen displayed on the web browser of the observer terminal 500 by the observer's request is displayed in the graphic image of the cumulative time operated by each submersible pump and the underwater pump selected by the observer as a graphic image.

Here, the cumulative display of the operating time of the submersible pump is used by the observer to understand the cumulative operating time of each submersible pump so that the submersible pump can be used efficiently according to the operating life of all submersible pumps without the load on the submersible pump. You can check that the submersible pump can be used alternately. To this end, when there is an alternating operation request of the submersible pump through the observer terminal 500, the manager server 100 controls the at least one submersible pump in alternating operation according to the use time, and the manager server 100 controls each submersible pump. Cumulatively stores the operating time of the statistical information DB (150).

In addition, when an abnormal symptom occurs in the system or when an observer is away or occurs at night, the administrator server 100 recognizes the problem in real time. The symptom guide information is extracted from the abnormal symptom guide information DB 140 and transmitted to the observer mobile communication terminal, which is the mobile phone of the observer, through the mixed network 200 so that the observer can recognize the symptom at the same time. In addition, the observer may be able to cope with the abnormal symptoms by accessing the manager server 100 immediately after being notified of the abnormal symptom guide information and changing the setting state related to the water collecting well and the intake well.

As described above, the present invention provides various control states of the water well and the water well displayed on the display device of the system in a graphical user interface, and displays various images near the water well related to the external panel or the water level of the water well. By transmitting to the observer terminal 500 in real time to enable the observer to recognize, the observer first observes this before an abnormal symptom occurs, thereby preventing the safety accident in advance.

In addition, even if the observer is away or at night when abnormal symptoms occur, by notifying the observer's mobile communication terminal 600 with the guidance information corresponding to the abnormal symptoms in real time, the abnormal symptoms occur at the same time 24 hours You can cope with this.

Although the present invention has been described in detail only with respect to the embodiments described, it will be apparent to those skilled in the art that the present invention may be modified or changed within the spirit and scope of the present invention, and such modifications or changes belong to the appended claims. .

Claims (3)

An underwater pump control stage provided with at least one photographing means for photographing the water level of the intake well and the outside of the panel in real time, and controlling at least one submersible pump operating state; Water level detection means having a water level sensor for detecting the water level of the sump; Administrator registration request, request for registration of setting status information related to water level control of the sump well and operation control of the submersible pump provided in the intake well, and in real time to view the level of the external panel or the sump of the sump well in real time An observer terminal requesting Connected to the submersible pump control terminal, the water level sensing means, and the observer terminal through a mixed network, various format information necessary for registering the observer's manager, real-time water well observation, and inputting the set values related to the water level control of the water collecting well. DB with stored information, authentication information including ID / password of observer and telephone number of mobile communication terminal and manager information DB with personal information stored, operation control of water pump equipped with observer level control and intake well And DB status information DB that stores the setting status related to the system, DB information information that stores the information to cope with the abnormal symptoms occurred, and statistical information DB that stores the cumulative operating time of the submersible pump. By operating the submersible pump to maintain the water level of the sump set in advance by the observer, In accordance with the water pump control end of the outer panel and chwisujeong the water level image data in real time Golf sump water level observation and control systems using a mixed network which comprises a manager server for relaying transmitted to the watcher terminal having a chwisujeong. The method of claim 1, wherein the golf course catchment water level control system using the mixed network further includes an observer mobile communication terminal, and when abnormal symptoms are generated in relation to the system, abnormal symptom guidance information for coping with the generated abnormal symptoms. A catchment water level control system for a golf course using a mixed network, characterized in that for transmitting in real time to the observer mobile communication terminal. The system of claim 1, wherein the manager server alternately controls at least one submersible pump according to a use time.