KR20110094687A - System for managing, administering and controlling a golf course using an rf communication device and wireless lan, and the method for the same - Google Patents

Abstract

PURPOSE: A system for managing, administering and controlling a golf course and a control method thereof are provided to perform remote monitoring of a battery and remote control of facilities of a golf course. CONSTITUTION: A system for managing, administering and controlling a golf course comprises a control server, a golf cart terminal, a wireless data communications relay, and a wireless LAN relay device. The control server(10a) performs a control work on facilities and game progress situation. The golf cart terminal(100) communicates with the control server. The wireless data communications relay(8) relays wireless data communication between the golf cart terminal and control server. The wireless LAN relay device makes wireless LAN connection between the control server and the golf cart terminal possible. The wireless data communication relay relays the wireless data communication between the golf cart terminal and the control server.

Description

System for managing, administering and controlling a golf course using an RF communication device and wireless LAN, and the method for the same}

The present invention relates to a golf course operation and management control system and method using wireless data (RF) communication and wireless LAN (LAN), and in particular, both wireless data communication and wireless LAN can be connected to the golf carts running in the golf course By attaching cart terminals to be connected to the control center in the center of the golf course, the control center can analyze and control the progress of each game hall of the golf course, and at the same time, the remote control and control of the golf cart facilities at the control center. The present invention relates to a state-of-the-art golf course operation and management control system and method that can remotely monitor battery status, thereby reducing golf course management costs and improving customer service.

Recently, with the development of the Korean economy, the improvement of the income level of the people, and the increasing interest and investment in leisure activities, golf has become a popular sport. Golf is a high-quality field sport that many people prefer because they can relax in the fresh air, relax their mind and body while exercising, and communicate naturally with people who play together. The golf population continues to increase.

However, in Korea, due to the limited land area and many environmental factors, the number of golf courses is relatively small, so the booking competition of the golf courses is fierce and the golf cost is quite expensive compared to other countries. In Korea's golf course, there is a lot of demand from visitors, so it is always possible to make a lot of profits, but in reality, it is difficult to enter more visitors due to high management costs such as real estate costs and labor costs, and in particular, delays in the progression of halls This is an obstacle to increasing sales and profits. In addition, in the case of existing golf courses, due to the lack of a computer system, it is impossible to grasp the progress of the game, and the game operation is not smooth. Especially, the course progress time of each course is not properly managed. In some cases, such as discomfort.

In a golf course, the turnover rate of the team running the game within a certain time is an important factor. As many users go around each hole of a golf course, time allocation of the golf course is very important. Currently, most golf courses use a method of allocating time by operating personnel walking around each hole. However, in this case, the operating personnel must be arranged in each hall, which adds to the economic burden of hiring the operating personnel, and when a small number of the operating personnel are moved to each hole, the delay of the game occurs in the hall without the operating personnel. There was a problem that occurred.

On the other hand, the golf cart used in the golf course is driven using a battery, it is difficult to accurately determine the state of charge of the battery, sometimes the golf cart suddenly stopped during operation, causing frequent customer inconvenience and game delays.

As such, when the operation and management methods of the existing golf courses are deteriorated and the users experience inconvenience, there is a need for better service even from the viewpoint of customers who play at high cost.

For this reason, it was necessary to drastically improve the overall management and control method of the golf course to reduce the overall management cost and efficiency of the golf course and improve service to customers.

The present invention is to solve the above problems, by attaching a cart terminal capable of both wireless data (RF) communication and wireless LAN (LAN) connection to the golf carts running in the golf course to be always connected to the control center of the golf course center In this way, the control center can analyze and control the progress of each game hall of the golf course and also check the battery status of the golf cart remotely at the control center all the time so that the golf cart is not inadvertently stopped due to low battery. The purpose is to provide a golf course operation and management control system and method that can upgrade the service quality of the golf course to the next level.

In addition, the present invention by connecting the various external facilities existing in the golf course with a central control center using a wired communication line, wireless data communication or wireless LAN to remote monitoring and remote control of the external facilities in the control server of the control center It is an object of the present invention to provide a golf course operation and management control system and method for performing the same.

Golf course operation and management control system using wireless data communication and wireless LAN provided by the present invention to achieve the above object, the integration of the game progress and facilities for each hole in the golf course consisting of a plurality of game holes A control server 10a for performing an administrative control task; A golf cart terminal 100 mounted on each golf cart 5 running in the golf course and capable of communicating with the control server 10a; A plurality of wireless data communication repeaters (8) for relaying radio data (RF) communication between the control server (10a) and the golf cart terminal (100) by being distributed in the area of the golf course; And wireless LAN relay apparatuses distributed in a plurality of places within the golf course to enable a wireless LAN connection between the golf cart terminal 100 and the control server 10a. The golf cart terminal 100 includes; Calculates a current location in the golf course using a GPS satellite signal, and transmits the location information to the control server 10a using a wireless data communication network, wherein the control server 10a is the golf cart terminals. The location information of the 100 is collected to analyze the progress of the game for each hole in the golf course.

In addition, the golf course operation and management control method using the wireless data communication and wireless LAN provided by the present invention to achieve the above object is mounted on each golf cart (5) which is operated in the golf course consisting of a plurality of game holes A first step of the golf cart terminal 100 transmitting the position information calculated by the GPS satellite signal to the control server 10a of the control center 10 through the wireless data communication repeaters 8; And the control server 10a checks and analyzes the game progress status of the golf course based on the location information of the golf carts operating in the golf course, analyzes the adequacy of the game progress speed, and provides instructions on the game progress. And a second step of transmitting to the golf carts, wherein the wireless data communication repeaters 8 are distributed in the area of the golf course so that the wireless data between the control server 10a and the golf cart terminal 100 can be transmitted. It is responsible for relaying the RF) communication, the golf cart terminal 100 and the control server (10a) is characterized in that can be connected to each other via a wireless LAN relays distributed in a plurality of places in the golf course.

Golf course operation and management control system and method using wireless data communication and wireless LAN according to the present invention golfers can enjoy the game while hitting the course of each hole by using a golf cart terminal in advance and hitting with a more comfortable mind In particular, accurate performance management and replays of past games can help to improve golf skills more scientifically and systematically.

And the golf course operation and management control system and method according to the present invention by attaching a vehicle terminal or a portable terminal to all the vehicles and operators of the golf course to be able to determine the current position by the GPS (global positioning system) The location information can be managed and analyzed by the control center as a whole, thereby maximizing the utilization efficiency of manpower and equipment and reducing management costs such as labor costs.

In addition, the golf course operation and management control system according to the present invention by centralizing the management control of the external facilities, such as water tanks, shimjung, sprinklers, light facilities of the golf course to be carried out remotely from the control center to the customer's movement of each hall Considering the movement, there is an advantage that can optimize the method of facility management.

1 is a schematic perspective view 1 of a golf course operation and management control system using a wireless data communication and a wireless LAN according to the present invention and an entire course hall of a golf course to which the method is applied.
2 schematically illustrates a structure in which a golf course operation and management control system using a wireless data communication and a wireless LAN according to the present invention is applied to a golf course.
3 is a control system of the control server (10a) and golf cart terminal 100 and portable terminals (300, 400), and other external facilities in the golf course operation and management control system according to the present invention wireless data communication and WLAN It shows a structure connected to each other through.
Figure 4 shows the structure of a system for remotely managing and controlling by connecting the control facility of the external facilities of the golf course in the control center 10 in the present invention.
5 and 6 illustrate the situation displayed on the control screen 10b of the control center 10 in the golf course operation and management control system according to the present invention.
7 illustrates a situation in which the terminal 100 is attached to a golf cart or a Marshall car used in the present invention.
8 is a schematic configuration diagram of a golf cart terminal 100 adopted in the present invention.
9 shows a structure for checking the voltage state of the battery cells 350 of the golf cart 5 by the golf cart terminal 100.
10 to 12 show the screen display state of the golf cart terminal 100 mounted on each golf cart in the golf course operation and management control system according to the present invention.
Figure 13 shows a situation in which the message transmission and reception program is operated in the golf cart terminal 100 of the present invention.
Figure 14 shows a situation in which the grade input program is operated in the golf cart terminal 100 of the present invention.
15 illustrates a situation in which a meal order program is operated in the golf cart terminal 100 of the present invention.
16 illustrates a situation in which the battery cell state check program is operated in the golf cart terminal 100 of the present invention.
FIG. 17 illustrates a situation in which a golf course terminal display program is operated in the golf cart terminal 100 of the present invention.
18 schematically illustrates the steps of a golf course operation and management control method using wireless data communication and wireless LAN according to the present invention.
19 is a block diagram illustrating the overall operation mechanism of the golf course operation and management control system of the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration and effect of the golf course operation and management control system and method using the wireless data communication and wireless LAN according to the present invention.

1 is a schematic perspective view 1 of a golf course operation and management control system using a wireless data communication and a wireless LAN according to the present invention and an entire course hall of a golf course to which the method is applied. Referring to FIG. 1, a general golf course is divided into nine holes, the first hole (2) and the second hole (3), in the case of 18 holes, and each hole (1a) has a tee shot location, a fairway and a green. green is provided. And there are obstacles such as ponds and bunkers throughout the golf course.

2 schematically illustrates a structure in which a golf course operation and management control system using a wireless data communication and a wireless LAN according to the present invention is applied to a golf course.

Basically, the present invention is based on a remote management control system for controlling the flow of a game by managing golf vehicles directly operated in a field in a central management system. That is, the present invention focuses on the fact that a user of a golf course plays a game on a large field, and thus, mainly uses a golf vehicle (golf cart) when moving, so that GPS (Global Positioning System) positioning information is received for each golf cart. By installing the available terminals, these terminals communicate with the central control server through wireless data communication repeaters and wireless LAN connection devices installed throughout the golf course field, according to the progress of the golf carts for each hole in the central control server. It is taking a way of identifying and controlling the flow.

Referring to FIG. 2, a plurality of wireless data communication repeaters 8 and a wireless LAN connection device are installed in or near the golf course hall 1a. The wireless data communication repeaters 8 are devices that support the connection between the control server 10a of the control center 10 and the golf cart terminals 100 by a wireless data communication (RF) method. It is the same facility as that of the radio base station used in the mobile communication field. In addition, the wireless data communication used as a wireless connection between the control server 10a and the golf cart terminals 100 in the present invention refers to a communication method using the same radio frequency as the communication frequency band of a general mobile phone. In general, voice and data are transmitted using frequencies belonging to the 800Mhz ~ 1.8GHz band.

Since wireless data communication repeaters 8 are installed throughout the field of the golf course, the golf cart terminal 100 mounted on each golf cart 5 has a control server 10a of the control center 10 by a wireless data communication method. ) And wireless connection is possible. In addition, the golf cart terminal 100 can be connected to a wireless LAN through a wireless LAN access point (AP) installed in various places in the golf course field, and as a result, can be connected to the control center 10a through the Internet (7). Do.

Wireless data communication is suitable for the transmission of location information and the rapid transmission of data with small capacity since its radio waves are transmitted relatively far, ranging from a radius of 10 to 20 km. On the other hand, wireless LAN is a local area network (LAN) that enables high-speed Internet only within a certain distance of the location where the wireless access device (AP) is installed. Do.

Therefore, in the present invention, the golf cart terminal 100 can be connected to both the control center through the wireless data communication and wireless LAN, of which the wireless data communication of the current golf cart terminal while ensuring the connection with the control server continuously It is mainly used to transmit data that needs to transmit a small but relatively long distance, such as location information, game information of players and messages.Wireless LAN does not need to be connected to the control center every time, but it updates video data and program. It is used when you need to transfer a large amount of data quickly, such as when downloading a file.

In addition, in FIG. 2, the control server 10a of the control center 10 does not necessarily have to be configured as a single physical computer, and these servers are collectively referred to even when a plurality of servers are installed in each function in the control center 10a. It can be called as the control server (10a).

Referring to FIG. 2, in the golf course, players 31, 32, 33, and 34 play a ball from the tee shot site 20 toward the pin hole 21a of the green 21, respectively. The golf balls 36 hit by the players 31, 32, 33, and 34 are positioned in the field of the golf course. The GPS cart is installed on the golf cart terminal 100, the players 31, 32, 33, 34, and the portable terminal 300 (see Fig. 3) that the caddy 35 is equipped with a GPS module floating in orbit around the earth. GPS position information can be calculated by the signal received from (9).

In the present invention, by basically grasp the movement of the golf cart 5 using the location information of the golf cart terminal 100 to monitor and monitor the progress of the game for each game hall remotely from the central control server (10a) Separately or redundantly, each player (31, 32, 33, 34) is wearing a portable terminal (300, see Fig. 3) while going to the place where his own ball is located a predetermined button of the portable terminal 300 When pressing (300a, see Fig. 3), it is also preferred that the position is specified as the current location of his own ball so that the GPS information of the position is transmitted to the golf cart terminal 100 and the control server (10a). As described above, when each player transmits the position of the golf ball after the batting to the golf cart terminal 100 of the rounding team to which the player belongs through wireless data communication using the GPS information of the portable terminal 300 possessed by each player, the golf The cart terminal 100 records the player's batting position in the score management program and automatically calculates the remaining distance to the pinhole 21a of the green 21 and displays it on the screen of the golf cart terminal 100 at the same time. The '300 remaining information' is also transmitted to the terminal 300 so that the player can know the remaining distance to the pin in the future.

And the information about the current position of the current players (that is, the position where the golf ball is placed) identified by the golf cart terminal 100 by the portable terminal 300 possessed by each player is also transmitted to the control center 10a at the same time, the control The center 10a may manage real-time results for each team and each player.

According to the present invention, the caddy 35 may also carry a portable terminal 300 (see FIG. 3). When golfers play on the golf course, there are places where lawns and other facilities need to be repaired. It is difficult to find out where it happened. However, if the caddy finds a place where the grass is dug while performing rounding with the players, or finds a place that needs to be repaired, the caddy needs to be repaired by pressing a predetermined button 300a of the portable terminal 300 owned at that time. Information of the location can be transmitted to the control server (10a). In the control server (10a) as described above by gathering the location information that the caddy (35) using the portable terminal 300 and perform the maintenance work at an appropriate time later to keep the golf course clean and tidy at all times have.

The portable terminal 300 carried by the caddy 35 may not only transmit location information of a specific place to the control server 10a, but also preferably always transmits GPS information of the portable terminal 300 of the caddy. By transmitting to the control center 10 via (8), it is also possible to be able to always grasp the position of the caddy 35 in the control center 10.

That is, in the present invention, the position of the golf cart 5, the positions of the players 31, 32, 33, 34 and the position of the caddy 35 of each rounding team in the central control center 10 are always maintained. It is possible to check the progress of each hole to see how far the game has progressed and whether the speed of play is appropriate. As a result, if the speed of the game is too fast or slow, information / commands regarding the speed of the progress of each round team By transmitting to the golf cart terminal 100 can be controlled so that the game can proceed at a more appropriate speed.

On the other hand, Figure 2 also shows a number of external facilities are installed in and near the hole (1a) of the golf course. For example, such as the light facility 12 and the sprinkler 13 of the golf course, there are external facilities that need to be turned on and off as needed, these external facilities are connected to the control facilities of the control center 10 By connecting to the control server 10a can be monitored and controlled remotely from the center. That is, the light control facility unit 120 connected to the light facility 12 includes a control panel 121 for operating the light device, a programmable logic controller 122 for applying an operation command to the control panel 121, A converter 123 in charge of conversion between the PLC 122 signal and a communication signal, and a modem 124 connected to the converter 123, the modem 124 is wired or wireless with the control server 10a By connecting to, it is possible to remotely control whether to turn on or off the light fixture 12 in the control server (10a). In this case, the method of connecting the control equipment unit 120 and the control server 10a may be connected through a wired dedicated line, may be connected by a wireless data communication method, or may be connected by a wireless LAN (FIG. 3). And FIG. 19). That is, the control equipment of the external facility can be connected to the control server by selecting any one or a plurality of methods appropriately among these three methods according to the situation of each golf course.

Similarly, the sprinkler facility 13 installed in various places of the golf course can also be remotely controlled by the sprinkler control facility unit 130 is connected to the control server (10a). That is, the sprinkler control facility unit 130 connected to the sprinkler facility 13 includes a control panel 131 for operating the sprinkler, a PLC 132 for applying an operation command to the control panel 131, and the PLC 132. The converter 133 in charge of the conversion between the signal and the communication signal, the modem 134 connected to the converter 133, it is possible to operate the sprinkler 13 remotely from the control server (10a).

In FIG. 2, reference numeral 19 denotes a tree 19 planted in a golf course, and 22 denotes a bunker.

3 is a control server 10a and a golf cart terminal 100 and portable terminals 300 and 400 in a golf course operation and management control system according to the present invention are connected to each other through wireless data communication and wireless LAN, golf course The control equipment of the external facilities therein is shown a structure connected by a wired communication line, wireless data communication or wireless LAN.

Referring to Figure 3, the golf course operation and management control system according to the present invention, the control server (10a) to perform the integrated management control function for the game progress situation and facilities for each hole in the center, within the golf course The golf cart terminal 100, which is mounted on each golf cart 5 that is operated and communicates with the control server 10a, is distributed in the area of the golf course so that the control server 10a and the golf cart terminal 100 are distributed. A wireless LAN connection between the golf cart terminal 100 and the control server 10a is provided in a plurality of wireless data communication repeaters 8 for relaying radio data (RF) communication between the golf cart terminals 100 and the control server 10a. WLAN relays to enable the.

In the present invention, the golf cart terminal 100 calculates a location currently existing in the golf course using the satellite navigation signal of the GPS satellite 9, and the location server uses the wireless data communication network to control the location of the control server ( 10a), the control server (10a) collects the location information of the golf cart terminals 100 to perform the overall analysis and control of the game progress situation for each hole of the golf course.

Referring to FIG. 3, in addition to the golf cart terminal 100 mounted on the golf cart 5, the portable terminal 300 possessed by each player or caddy may be added in the golf course operation and management control system of the present invention. The terminals 51a and 52a may be mounted in the car 51 and the dining car 52, respectively. Marshall car 51 is a car that is operated by the operating personnel to manage and manage the progress and various situations of the golf course, it can be said that the car is like a patrol car. Marshall car (51) has to go to the place urgently if there is a problem in the golf cart or an accident in the golf course to deal with the situation, if you need to go to the site by phone call from the central manager one by one, it is also called in time Not only is it enough to convey accurate information. For this reason, the present invention is equipped with a terminal (51a) similar to the golf cart terminal 100 in the Marshall car 51, the necessary information and instructions from the control server (10a) to the Marshall car terminal (51a) By automatically transmitting and displaying, the Marshall car 51 driver can easily go to the accident site. As an embodiment of the Marshall car terminal 51a, a map of a golf course is displayed on the screen of the Marshall car terminal 51a, and the location of the site where the Marshall car 51 is called is flickering on the map of the terminal 51a. It would be desirable to have the distances displayed together in a manner.

In addition, the present invention is equipped with a terminal 52a similar to the golf cart terminal 100 in the mobile dining car 52 operated in the golf course, and then the terminal 52a can be communicated with the control server 10a. In the past, there were shops where people sold food, called shady houses, in the middle of the course of golf courses. Recently, golf clubs have been installing only drinks vending machines, etc., instead of placing personnel in shady houses. have. If there is a customer who wants to eat during the golf game, the caddy is calling the dining car on the phone to eat. However, the present invention is to call out the restaurant car by phone and order meals, so that you can order the meal online and call the restaurant car directly using the golf cart terminal 100 (see Fig. 15).

On the other hand, the present invention in addition to the golf cart terminal 100, the portable terminal 300 for the player or the caddy, the terminal (51a, 52a) of the Marshall car or restaurant car by applying the location-only portable terminal 400 to the control server ( 10a) and wireless data communication can be made. Positioning-only portable terminal 400 shown in Figure 3 will be effective to have each to carry out the maintenance work or maintenance work in the golf course. In general, the golf course has a very large area, so even when hiring workers to work, it is difficult to effectively manage the labor costs because it is difficult to know how many people and when and where.

However, the golf course operation and management control system according to the present invention can have the operation to carry out the maintenance work in the golf course, each having a portable terminal 400 dedicated to positioning, in this case, the current position of each worker Since the central control server (10a) can be displayed as a point on the control screen (10b) one by one, there is an advantage that can fundamentally block the problem that manpower management can be poor.

On the other hand, the external facilities (11, .., 15) of the golf course shown in Figure 3 is a dedicated wired communication line 87 (see symbol 'C'), wireless data communication method (see symbol 'A') and wireless It is remotely monitored and controlled by being connected to the control server 10a of the control center 10 by at least one path of the LAN method (see symbol 'B'). When the external facilities 11,.., 15 are connected by wireless data communication ('A'), the RF transmission / reception module 84 is connected to the external facilities and is wirelessly connected to the wireless data communication repeater 8. (See 85b). When the wireless LAN system is connected (in the case of 'B'), the wireless LAN card 72 is connected to an external facility, and wireless communication is performed between the wireless access device 71 connected from the control center 71. Meanwhile, the external facilities may be formed of the control center 10 and the wired communication line 87.

In the present invention, the external facilities that are managed and controlled remotely by the control server 10a includes a water tank facility 11, a sprinkler facility 13, a pump room 14, a light facility 12 and a deep well facility 15. Etc. are included.

Figure 4 shows the structure of a system for remotely managing and controlling by connecting the control facility of the external facilities of the golf course in the control center 10 in the present invention. Referring to FIG. 4, the external facility control linkage system 60 of the golf course may include, for example, a water tank control unit 110, a pump control unit 140, a heart control unit 150, a sprinkler control unit 130, and the like. Include.

In the water tank control equipment 110, a pump 11a installed in the water tank is connected to the control panel 111, and the level gauge 11b and the control panel 111 for measuring the water level in the tank are PLC ( 112). The PLC 112 is connected to the converter 113 by RS232C communication standard, and the converter 113 is connected to the control center 10 through the modem 114.

And in the case of the pump control unit 140, the pumps 14a and 14b are connected to the control panel 141, and the control panel 141 and the level gauges 14c and 14d are connected to the PLC 142. The PLC 142 is connected to the converter 143 by RS232C communication standard. Similarly, in the case of the heart control device 150 and the sprinkler control device 130, the mechanical device (pump 15a or water injector 13), the control panels 151 and 131, the PLCs 152 and 132, and the converter that actually operate. 153, 133 and modems 154, 134.

The control server 10a of the control center 10 may preferably be implemented in a form in which a plurality of function-specific servers are linked to each other, and perform a comprehensive remote control function for external facilities of a golf course. Examples of the control menus 92 displayed on the control screen 10b of the control server 10a include control of lake freshwater level in a golf course, control of on / off control of a water pump, control of on / off control of a drain pump, and water tank. There may be control functions for the level control, the on / off control of the heart, the on / off control of the sprinkler, the control of alarm sound generation in case of emergency, and the operation status of other external facilities.

And the control server (10a) is to generate a control command regarding the operating state of the external facilities in consideration of the progress of the game for each hole of the golf course identified by the information about the movement of the golf cart terminal 100, etc. It is preferable. For example, when the light fixture 12 in a hole is turned off, the light must be turned off after the competition of the hole is completed, and when the sprinkler 13 is to be operated, there are no players or workers nearby. Check and operate the sprinkler. In the present invention, since the control server (10a) by using the players in the golf course, caddy, and other operators possess their current location and movement line in real time, the movement of these players automatically Consideration can be made to control the operation of the external facilities.

In FIG. 4, reference numeral 91 denotes a modem 91 connected to the control server 10a side, and 10c indicates an administrator who operates the control server. Among the three communication schemes between the external facilities in the golf course and the control server shown in Figure 3, Figure 4 shows a state connected by a dedicated wired communication line 87 as an example.

5 and 6 illustrate the situation displayed on the control screen 10b of the control center 10 in the golf course operation and management control system according to the present invention. In the present invention, the control server 10a can secure the GPS information of the golf cart terminals, Marshall car terminals, restaurant car terminals and other work vehicle terminals operating in the golf course in real time, so that the current position of the vehicles It may be displayed on the map 93.

5 shows an example of the hall map 93 displayed on the control screen 10b (see FIG. 3) connected to the control server of the control center 10. The hall map 93 includes a cart terminal, a restaurant car terminal, The positions of the work vehicle terminal and the Marshall car terminals are displayed in the form of distinguishable points. On the control screen, it is possible to display differently for each color whether the operation state of each vehicle is different. In FIG. 5, the legend 95 located at the upper right of the control screen indicates an appointment for colors indicating the state of the vehicle (normal, delay, congestion, accident, etc.), and the legend located at the lower right of the control screen. Reference numeral 94 denotes a legend display for each type of terminal.

Next, Fig. 6 shows more detailed location information regarding the game progress situation for each hole output on the control screen of the control center. For example, in the case of the first hole, since the golf cart terminal 100, the terminals 31a, 32a, 33a, 34a and the caddy terminal 35a of the golf cart terminal 100 are displayed at a point slightly away from the tee shot place 20, You can see that you are moving towards the first shot after the tee shot. By displaying the position of each golf cart and the position of the players as shown in Figure 6, it is possible to properly grasp the game progress of each hole, if there is a relatively delayed team, the golf cart terminal 100 or caddy of the team By sending a message to the portable terminal 300, 'because it is delayed, proceed with the game faster', it is possible to promptly proceed with the game.

7 illustrates a situation in which the terminal 100 is attached to a golf cart or a Marshall car used in the present invention. Referring to FIG. 7, since the terminal 100 is mounted on one side of the cart 5 or the Marshall car, the caddy or the driver and the players can comfortably obtain the report information. In FIG. 7, reference numeral 5b denotes a handle of a cart, and 5c denotes an automobile pedal.

8 is a schematic configuration diagram of a golf cart terminal 100 adopted in the present invention. Referring to FIG. 8, the golf cart terminal 100 is installed on a surface of the central processing unit (CPU) 101, a display unit 104 for displaying the calculation result of the central processing unit, and the display unit 104. A touch screen input unit 106 that recognizes an input signal by a push contact, a key button input unit 107 that receives an input signal by a user's key button manipulation, the central processing unit 101, the display unit 104, and a touch screen I / O interface 105 to process the input and output between the input unit 106 and the key button input unit 107, a wireless communication unit for processing a wireless communication connection with the wireless data communication repeaters 8 and wireless LAN relay devices (103), the antenna 191 connected to the wireless communication unit 103, the memory 102 is connected to the central processing unit 101 and stores the data and calculation results necessary for the operation of the central processing unit, and includes an advertisement image Video data and remind Mass storage device 108 for storing the data including the past game record of the golfers who play the game using the golf cart 5 equipped with the cart cart 100, each part of the golf cart terminal 100 A power supply unit 109 and a battery 109a for supplying power for operation, a USB port 192 connected to the CPU 101 to enable connection with an external device, a LAN card 193 for wireless LAN connection, And a cart voltage sensor connection port 194 connected to voltage sensors installed on the battery cells of the golf cart.

Here, the wireless communication unit 103 is a wireless LAN for wireless communication between the wireless data communication module 103a and the wireless LAN relay devices for wireless data communication with the wireless data communication relays 8 It consists of a communication module (103b), the memory 102 is composed of a RAM (RAM) 102a and a ROM (ROM, 102b). In addition, the mass storage device 108 may be configured of any one or both of a hard disk drive (HDD) 108a device and a flash memory 108b device.

9 illustrates a structure for checking the voltage state of the battery cells 350 of the golf cart 5 by the golf cart terminal 100. Referring to FIG. 9, the golf cart 5 is electrically operated and includes a plurality of battery cells 350. Voltage sensors 351 are respectively installed in the battery cells 350, and the voltage sensors 351 are connected to the cart voltage sensor connection port 194 of the golf cart terminal 100 through the voltage sensor line 352. Leads to.

10 to 12 show the screen display state of the golf cart terminal 100 mounted on each golf cart in the golf course operation and management control system according to the present invention.

Referring to FIG. 10, a course map 183 of a hole currently playing or to be played is displayed on a central portion of the main program screen 180 of the golf cart terminal 100, and a number 185 of the current hole is displayed on the right side of the golf cart terminal 100. And the prescribed stroke 184 and handicap score 184a of the hole. Below the course number 185, the remaining distance 185 to the pin is displayed in meters and yards, and the state 186 of the front and rear holes and the tee shot place positions 187 are displayed below. In the lower right part, the tee-up time 188a, the elapsed time 188b, and the evaluation (normal, delayed, etc.) regarding the state of the game are displayed.

Meanwhile, a map 182 and a legend 182a of a green portion are displayed on the upper left side of the golf cart terminal 100, a menu selection screen 181 is displayed on the middle left side, and each subprogram is displayed on the lower left side. Star click buttons 180a, 180b, 180c, and 180d are displayed. For example, in Fig. 10, the menu selection screen 181 is displayed with a 'course approach method', and the center hole map 183 displays the most preferable number of hits and the positions of the bats to target the course. The trajectories of the shots for each tee shot position are shown in the form of curved lines, and the remaining distances to the pin holes at each tee shot position and each shot position are indicated (see reference numerals 183a, 183b, and 183c). ). Since the isoline 183e is displayed on the hole map 183 of FIG. 10 on the basis of the green 21, the competitor must see the course strategy displayed on the hole map 183 before the game of each hole, and thus, the game operation is desirable. You can easily understand the room.

In the golf course operation and management control system according to the present invention, it is preferable that the information such as the course attack method displayed on the golf cart terminal be provided while moving to the next hole after the game of one hole and during the game of the hole. The course information is preferably set in advance in the terminal control program so that the information of the hole is automatically output when a user, such as a caddy, does not need to operate the terminal 100 separately, or enters an area of a hole or reaches a predetermined position. Do.

11 and 12 illustrate a state in which each player can replay his or her last game record by the replay program installed in the golf cart terminal 100. 11 and 12, the left half of the screen of the golf cart terminal 100 indicates that the last game replay program is in operation (reference numeral 180), and the name 180a of each player is displayed. Players can click on their name (see FIG. 11) and then click on the last match date (189c) (see FIG. 12) to see their match history for that day displayed on the hole map 183. . Each person has their own style of play, so it's likely that they'll make the same mistake in the same hole, so if you replay your past game, you'll be more likely to play this game better. Therefore, the replay service of the last game provided by the golf cart terminal 100 in the golf course operation and management control system of the present invention is expected to contribute to increase the performance and concentration of players.

In the present invention, the current rounding record and the past record for each player are all aggregated in the control center 10a and stored in a separate customer database, and when the existing customer visits the golf course, the customer's past when the customer starts the game Data related to the game record is automatically downloaded from the control server 10a to the golf cart terminal 100 installed on the golf cart of the team to which the customer belongs. When the past game record is composed of simple numerical data, it is preferable to transmit the data from the control server 10a to the golf cart terminal 100 through a wireless data communication method. In the case of a large capacity including a, it is preferable to be transmitted to the golf cart terminal 100 from the control server (10a) via a wireless LAN device (AP).

Wireless data communication using wireless data communication repeaters 8 installed throughout the golf course always enables communication between the control center 10a and the golf cart terminal 100, but using a wireless LAN device connected to a wireless LAN (AP ) Is possible only near the installed location, if you need to transmit a large amount of data to the golf cart terminal 100 through the wireless LAN, install the wireless LAN devices in a few places in the golf course, and the golf cart near When (5) passes, the necessary data can be transferred.

As can be seen in Figures 10 to 12, the golf cart terminal 100 according to the present invention is a grade input program (180a), meal order program (180b), message transmission and reception program (180c) and battery status check program (180d) ), Players and caddy can use these programs to keep in touch with the central control center from time to time, to enter grades, order meals and check the cart's battery status.

Figure 13 shows a situation in which the message transmission and reception program is operated in the golf cart terminal 100 of the present invention. Referring to FIG. 13, a message menu 201 is displayed on the message program screen 202 of the cart terminal 100, and a plurality of message function buttons 203 are displayed. Examples of the message function buttons 203 include: 'Customer Service', '9 Holes Additional Request', 'Stop Game', 'Hole-in-one', 'Eggle', 'Battling Accident', 'Cart Accident' Since function buttons such as 'patient occurrence' are prepared, the caddy and the players can notify the control center 10 of the situation by pressing a button 203 appropriate to the situation.

Meanwhile, although only function buttons necessary for sending a message are illustrated in FIG. 13, the message transmitting / receiving program of the golf cart terminal 100 also includes a function of receiving and displaying a message sent from the control center 10.

In Fig. 13, reference numeral 204 denotes a message transmission button, and 205 denotes a cancel button.

Figure 14 shows a situation in which the grade input program is operated in the golf cart terminal 100 of the present invention. Referring to FIG. 14, when a grade input program of a golf cart terminal is operated, a grade input window 212 for easily entering grades for each player is provided, and a player or a caddy can input grades by a simple operation. have. In Fig. 14, reference numeral 211 denotes a grade entry menu, 217a and 217b indicate a course, and 217c, 217d, and 217e indicate respective hole numbers. If the score 214 is input for each player name 212a, the sum and score are automatically calculated and displayed on the score report 213. In Fig. 14, reference numeral 213 denotes a number input button, and 216 indicates a cancel letter button.

15 illustrates a situation in which a meal order program is operated in the golf cart terminal 100 of the present invention. In FIG. 15, when the meal order program screen 222 appears on the golf cart terminal 100, a meal order menu 221 is displayed, and each meal type 224 and meal menus 223 are displayed. Numeric input buttons 225 are provided on the right side of the screen to select the number of orders.

16 illustrates a situation in which the battery cell state check program is operated in the golf cart terminal 100 of the present invention. Referring to FIG. 16, on the battery state check program screen 247 of the golf cart terminal 100, a current voltage level 243 is displayed for each battery 242. For example, if the golf cart has 6 battery cells and the normal allowance of each battery is 12V, it can be said that the voltage value of each battery cell is more than 12V and the total battery voltage is 12V x 6 = 72V or more. It can only be called normal. If the voltage of one battery cell drops to 12V, the battery must be charged, and if left below 11V or 10V, it will adversely affect the condition of other batteries, and the cart may stop when. If the golf cart stops during rounding, it not only causes considerable inconvenience to the customer, but also has a serious adverse effect on the smooth running of the entire golf course, so it is very important to check the battery condition of the golf cart.

Previously, only the voltage gauge installed in the golf cart could be used to know the battery status, so that the control center 10 could not check the battery status of each golf cart. However, the present invention enables the golf cart terminal 100 to immediately detect the battery state of each golf cart, and transmits the checked voltage values to the control server 10a by the golf cart terminal 100, the control center. In (10), it is possible to monitor the battery status of all golf carts currently in operation. The present invention checks whether the golf cart has a battery abnormality in real time in the control center (10) to identify the golf cart that has a problem in the battery and give a charging instruction or by providing a replacement cart, so that smooth running can always proceed There is an advantage.

Referring to the battery status check program screen 247 of FIG. 16, the battery terminal check window 241 is displayed on the cart terminal 100, and voltage values 243 are displayed for each battery cell. The total voltage value 244 is displayed and the remaining battery life and remaining operating time are displayed (see reference numeral 248).

FIG. 17 illustrates a situation in which a golf course terminal display program is operated in the golf cart terminal 100 of the present invention. Referring to Fig. 17, each hall status 231 is displayed on the terminal screen, a course display 233a is displayed, and which hole is in progress (see reference numeral 233b). And as shown by the reference numeral 234 the progress of the golf cart is displayed as a graph.

With reference to FIGS. 10 to 17 above, the grade input program and the replay program of the past game record, the course guide program for each hole, the message transmission program, the meal order program, and the battery status check program will be described. These programs are primarily stored in the memory 102 of the golf cart terminal 100. The central processing unit 101 loads and executes the score entry program, the replay program, the course guidance program, the message transmission and reception program, and the meal order program from the memory 102, so that these programs can be operated. do.

18 schematically illustrates the steps of a golf course operation and management control method using wireless data communication and wireless LAN according to the present invention.

Referring to FIG. 18, when the identity of the players of the team to be played is determined, the control server 10a of the control center 10 transmits the player's ID and past game records to the golf cart terminal 100. (P1), these data are transmitted to the golf cart terminal 100 via the radio base station (wireless data communication repeater 8).

On the other hand, the golf cart terminal 100 used in the golf course operation and management control system of the present invention may provide a function to determine the number of hits between the four players, it may be possible to separately run an interesting program, such as event lottery (S1 step) ). The function of determining the batting order number between the players can be easily realized by, for example, operating the program implementing the ladder ride on the golf cart terminal 100. And the event lottery can induce the interest of the customers by operating in the same way as drawing a lottery ticket on the golf cart terminal, for example.

In the present invention, the golf cart terminal 100 may display a video such as an advertisement video or a golf lesson program for the introduction of the golf course during the movement to the next hole, these video materials are large data, so wireless data communication It is preferable to download by wireless LAN rather than the method. After the video file or the program update file is transmitted from the control server 10a to the wireless contact device (AP) installed at specific locations of the golf course (P2), the golf cart passes the automatic or manual command when it passes near the location. By the golf cart terminal 100 is preferably made to transmit the file. Once the moving picture data is transmitted to the golf cart terminal 100, it is preferable to screen the moving picture, the course method or golf lesson video, etc. during the hole movement (step S2).

If there is a need to send a message or order a meal during the game (step S3), send a message or send a meal order (step S4), the message and meal order request is received in the control center (10) Next (P3), the meal order is sent to the dining car.

If the player wants to replay the past game record (step S5), the past game record is output (step S6), the score of each hole is entered and the grade is automatically calculated (step S10), the control server (10a) Grades are transmitted (P4). On the other hand, a method of inputting grades may be entered directly into the window of the grade input program, as shown in Figure 14, by using the portable terminal (30a) possessed by the players go to the place where their ball is located By pressing a predetermined button of the portable terminal 30a, the GPS information regarding the position of the ball may be transmitted to the golf cart terminal 100 and the control server 10a (step S7). If the player goes to the empty position and presses the button of the portable terminal 30a to input the batting position, the record of the batting is automatically converted and displayed on the score input program (Fig. 14). Since the current record and the distance data from the control server 10a or the golf cart terminal 100 to the player's portable terminal 30a are transmitted, the player can accurately know the remaining distance in the future.

In addition, the caddy may perform the grass reporting function by pressing the portable terminal 35a (step S9).

19 is a block diagram illustrating the overall operation mechanism of the golf course operation and management control system of the present invention. Referring to FIG. 19, the golf course operation and management control system according to the present invention is a golf cart installed in the golf carts 5 which are operated in the golf course centered on the control server 10a located in the central control center 10. The terminals 100, the working vehicles 54, the Marshall cars 51, the terminals 54a, 51a, 52a mounted on the dining cars 52, and the terminals 53a carried by the workers communicate with each other over the air. By connecting to each other organically using a wireless LAN connection, it is possible to share information on all activities and facilities in the golf course, and to centrally control the activities and facilities of the entire golf course centrally. do.

The golf cart terminal 100 receives a game progress command by wireless data communication and a wireless LAN connection with the control server 10a, downloads a video / course description image, and provides the game players with the replay function of the past game record. It provides distance measuring service to green, statistics and analysis results for each course. In addition, the golf cart terminal 100 enables messages and meal orders online, and performs a function of checking and displaying the battery status of the golf cart.

And the control server (10a) performs the function of monitoring the position of all the golf carts running in the golf course, the monitoring of the work vehicle, worker monitoring, and track the movement trajectory of the vehicle. In addition, the control server (10a) provides a Marshall car control screen and performs the function of providing statistics and analysis for each course / hole, and can receive and monitor the information on the battery status of each golf cart remotely. have.

External facilities of the golf course can also be controlled remotely by being connected by a control server and a wired line, wireless data communication or wireless LAN.

1: Golf course vista layout 1a: Game hall
1b: Clubhouse Entrance 2: First Half Hall Course
3: Second hole code 4: Pond
5: golf cart 5b: handle
5c: Pedal 7: Internet
8: Wireless Data Repeater 9: GPS Satellite
10: control center 10a: control server
10b: Control Screen 10c: Administrator
11: water tank 11a: pump
11b: Level Gauge 12: Light Fixture
13: sprinkler 14: pump room
14a, 14b: pump 14c, 14d: level gauge
15: deep feeling 15a: pump
19: Tree 20: T-Shot Location
21: Green 21a: Pin Position
22: Bunker 30a: Mobile Handset
31, 32, 33, 34: player 35: caddy
31a, 32a, 33a, 34a, 35a: terminal display
36: golf ball 50: mobile work vehicles
51: Marshall Car 51a: Marshall Car Terminal
52: restaurant car 52a: restaurant car terminal
53: worker 53a: worker terminal
54: work vehicle 54a: work vehicle terminal
60: External facility control linkage system 70, 71: Wireless access device (AP)
72: wireless LAN card 73: wireless LAN
83: wireless communication network 84: radio data (RF) transmission and reception module
85a, 85b: Wireless data communication connection 87: Wired communication line
91: modem 92: control menu
93: course hole map 94: terminal type display legend
95: status display legend 100: golf cart terminal
101: CPU 102: memory
102a: RAM 102b: ROM
103: wireless communication unit 103a: RF communication module
103b: wireless LAN communication module 104: display unit
105: I / O interface 106: touch screen input
107: key button input unit 108: mass storage device
108a: HDD 108b: flash memory
109: power supply unit 109a: battery
110: water tank control unit 111, 121, 131, 141, 151: control panel
112, 122, 132, 142, 152: PLC 113, 123, 133, 143, 153: Converter
114, 124, 134, 144, 154: Modem 120: Light control unit
130: sprinkler control unit 140: pump control unit
150: deep control equipment
180: cart terminal program main screen
180a: Grade Entry Button 180b: Meal Order Button
180c: message button 180d: battery status check button
181: Main Selection Screen 181a: Cancel Button
182: green map 182a: legend
183: hole map 183a, 183b, 183c: remaining distance display unit
183e: equidistant line 184: regular stroke
184a: Handicap Score Display 185: Odd Number Display
185a: Indication of distance to pin 186: Front and rear hole states
187: Location of the tee shot 188a: Tee-up time
188b: Elapsed time 188c: Status display
189: Replay Selection Screen 189a: Player Name
189b: Customer game replay screen 189c: Game date selector
189e: Client, match date 189f: Grades
191: antenna 192, 192a, 192b: USB port
193: LAN card 194: cart voltage sensor connection port
201: Message menu display 202: Message program screen
203: buttons 204: send button
205: Cancel button 211: Display grade entry menu
212: Score Entry Program Screen 212a: Player Names
213: Report Card 214: Score Report
215: Number input buttons 216: Cancel initial button
217a, 217b: Course Mark 217c, 217d, 217e: Hole Number
221: meal order window display 223: meal menu display
224: meal type display 225: number input buttons
226a: transfer button 226b: cancel button
231: Hall status display unit 232: Hall status program screen
233a: course display 233b: hole number display
234: golf cart current progress graph
235a: hall map button 235b: send button
235c: Cancel button 241: Display battery status check window
242: display of each battery 243: display of battery voltage
244: total voltage display 245: return button
247: Battery Status Check Screen 248: Battery Level Display
300: portable terminal 300a: button
350: battery cell 351: voltage sensor
352: voltage sensor line 400: portable terminal for positioning only
400a: button

Claims (14)

A control server (10a) for performing an integrated management and control of the game progress and facilities for each hole in a golf course composed of a plurality of game holes;
A golf cart terminal 100 mounted on each golf cart 5 running in the golf course and capable of communicating with the control server 10a;
A plurality of wireless data communication repeaters (8) for relaying radio data (RF) communication between the control server (10a) and the golf cart terminal (100) by being distributed in the area of the golf course; And
Wireless LAN relay devices are distributed in a plurality of places in the golf course to enable a wireless LAN connection between the golf cart terminal 100 and the control server (10a);
The golf cart terminal 100 calculates the current location in the golf course using a GPS satellite signal, and transmits the location information to the control server 10a using a wireless data communication network, the control server 10a ) Collects the location information of the golf cart terminals (100) and analyzes the game progress situation per hole of the golf course, golf course operation and management control system using wireless data communication and WLAN. According to claim 1, The golf cart terminal 100,
Central Processing Unit (CPU) 101,
A display unit 104 for displaying an operation result of the central processing unit;
A touch screen input unit 106 installed on a surface of the display unit 104 to recognize an input signal by a user's pressing contact;
A key button input unit 107 which receives an input signal by a user's key button operation,
An I / O interface 105 for processing an input / output process between the central processing unit 101, the display unit 104, the touch screen input unit 106, and the key button input unit 107,
A wireless communication unit 103 for processing a wireless communication connection with the wireless data communication repeaters 8 and wireless LAN repeaters;
An antenna 191 connected to the wireless communication unit 103,
A memory 102 connected to the central processing unit 101 to store data and calculation results necessary for the operation of the central processing unit;
Mass storage device 108 for storing the video data including the advertising image and the data including the past game records of the golfers to play the game using the golf cart 5 equipped with the golf cart terminal 100, And
It includes a power supply unit 109 and a battery 109a for supplying power necessary for the operation of each part of the golf cart terminal 100,
The wireless communication unit 103 is a wireless data communication module 103a for wireless data communication with the wireless data communication repeaters 8 and a wireless LAN communication module for wireless LAN communication with the wireless LAN relay devices. Golf course management and management system using a wireless data communication and a wireless LAN, characterized in that it comprises a (103b). The method of claim 2, wherein the golf cart 5 is operated by using the power stored in the battery cells 350, the battery cells 350 are voltage sensors 351 that can detect the voltage state of each of the battery cells ) Is installed,
The golf cart terminal 100 is connected to the voltage sensor line 352 connected to the voltage sensors 351 is connected to the cart voltage sensor connection port 194 that can receive the output signal of the voltage sensors 351 More,
The golf cart terminal 100 may output the result of checking the voltage state of the battery cells 350 of the golf cart 5 equipped with the terminal in real time to the display unit 104, and the control server 10a may play a golf course. A golf course operation and management control system using wireless data communication and wireless LAN, characterized in that it can remotely detect the state of the battery cells of the golf carts running in the. According to claim 2, In the memory 102 of the golf cart terminal 100, a score input program that can input the performance of the golfers who play the game using the golf cart 5 per hole and the past of the golfers Replay program for replaying the game record, guides how to attack holes based on maps for each hole, and provides information on the remaining distance from each golfer's current position to the pin hole. The course guide information program, a message transmission and reception program that can send and receive messages to the control server (10a), and a meal order program that can order meals are stored,
The central processing unit is configured to load and execute the grade input program, the replay program, the course guidance program, the message transmission and reception program, and the meal order program from the memory 102, wireless data communication and wireless. Golf course operation and management control system using LAN. According to claim 4, The course guide program outputs a map for each hole on the display unit 104 of the golf cart terminal 100, and from the tee-shot position to the pin hole position on the map for each hole A golf course operation and management control system using wireless data communication and wireless LAN, characterized in that to display information about the preferred hitting position and trajectory up to. According to claim 4, The replay program automatically downloads the golfer's past game record from the control server (10a) and stores in the mass storage device 108, the display unit 104 of the golf cart terminal 100 Outputs the last game replay screen on a portion of the area, and the names of the golfers and the dates of the last games are displayed on the last game replay screen, and if the golfer's name and the last game date are touched on the replay screen, Golf score management and control system using wireless data communication and wireless LAN, characterized in that to display the results of the last game graphically on the hall map and output to the display unit (104). The mobile terminal of claim 1, further comprising a portable terminal 300 carried by golfers or caddies participating in a golf course.
The portable terminal 300 is capable of wireless data communication with the golf cart terminal 5 and the wireless data communication repeaters 8,
The locations of the portable terminals 300 are identified by the golf cart terminal 5 and the control server 10a, and the control screen of the display unit 104 and the control center 10 of the golf cart terminal 100. Golf course operation and management control system using wireless data communication and wireless LAN, characterized in that each can be displayed in (10b). The portable terminal 300 of claim 7, wherein the portable terminal 300 is interlocked with the golf cart terminal 5 and transmits the location information of the portable terminal 300 to the golf cart terminal 100. Golf course operation and management control system using a wireless data communication and wireless LAN, characterized in that the golfer's batting position and the result is automatically reflected in the score input program of the golf cart terminal. According to claim 1, further comprising terminals (51a, 52a) mounted on the vehicle (51, 52) running in the golf course,
The terminals 51a and 52a of the vehicles are capable of wireless data communication with the wireless data communication repeaters 8,
The location of the vehicle terminals 51a and 52a may be determined by the control server 10a and displayed on the control screen 10b of the control center 10. Wireless data communication and wireless LAN Golf course operation and management control system using. The method of claim 2, wherein the golf cart terminal 100 includes moving pictures, advertising images, and terminal update programs by automatic or manual operation when passing through a location close to wireless LAN relays (AP) installed at a specific location of a golf course. Golf course operation and management control system using wireless data communication and wireless LAN, characterized in that for receiving a large amount of data received and stored in the mass storage device (108). The external facilities existing in the golf course are each equipped with a control facility, the control facility of the external facilities are connected to the control server (10a) to remotely from the control server (10a) The golf course operation and management control system using wireless data communication and wireless LAN, characterized in that to check and analyze the operation state of them and give a driving command. 12. The method of claim 11, wherein the external facilities include at least one or more of a water tank facility, a sprinkler facility, a pump facility, a light facility, a deep well facility,
The control unit of each of the external facilities installed in the golf course, the operating devices and sensors for operating the respective external facilities, the control panel for operating the operating devices, check the status of the control panel and sensors and generate an operation command A PLC, a converter connected to the PLC, and a modem connected to the converter,
The control facility unit is connected to the control server by at least one of the wired communication, wireless data communication and wireless LAN communication, golf course operation and management control system using wireless data communication and wireless LAN. The control server 10a of claim 12, wherein the control server 10a controls the lake freshwater level in the golf course, on / off control of the water pump, on / off control of the drainage pump, control of the water tank level, and on / off control of the heart well. At least one of a sprinkler's on / off control, an alarm sound generation control in case of an emergency, and a control function related to an operation state of the external facilities,
The control server (10a) generates a control command for the operating state of the external facilities in consideration of the game progress of each hole of the golf course, golf course operation and management control using wireless data communication and wireless LAN system. The golf cart terminal 100 mounted on each golf cart 5 that is operated in a golf course composed of a plurality of game holes transmits the location information calculated by the GPS satellite signal through a wireless data communication repeater 8 to the control center. A first step of transmitting to the control server 10a of (10); And
The control server 10a checks and analyzes the game progress status of the golf course based on the location information of the golf carts operating in the golf course, analyzes the adequacy of the game progress speed, and provides instructions on the game progress for each golf. A second step of transmitting to the carts;
The wireless data communication repeaters 8 serve to relay wireless data communication between the control server 10a and the golf cart terminal 100 by being distributedly installed within the area of the golf course.
The golf cart terminal 100 and the control server 10a can be connected to each other via wireless LAN relays distributed in a plurality of places in the golf course, wireless data communication and golf course operation and management using a wireless LAN Control method.

Images