KR20230162839A - Unmanned screen golf course operating system - Google Patents

Abstract

The present invention relates to an unmanned screen golf course operation system, and more specifically, to a temperature and humidity device installed at the screen golf member's individual at-bats, a wind direction control device corresponding to a fan that controls the wind direction, personal lighting, as well as a common control device. It relates to an unmanned screen golf course operation system that not only automatically controls the screen golf course, but also operates the screen golf course by reflecting the information set for each individual in the screen golf program.

Description

Unmanned screen golf course operating system

The present invention relates to an unmanned screen golf course operation system, and more specifically, to automatically control not only the temperature and humidity device installed at the screen golf member's individual batting box, the wind direction control device corresponding to the fan that controls the wind direction, and personal lighting, but also the common control device. It relates to an unmanned screen golf course operation system that not only controls the screen golf course, but also operates the screen golf course by reflecting the information set for each individual in the screen golf program.

As a way to overcome the spatial limitations of golf driving ranges, an indoor screen golf simulation system has been developed and is widely used.

In other words, dynamic information (kinetic data) about the speed and flight angle of the golf ball is measured within a certain space adjacent to the golf batting box, and based on this, the flight trajectory of the golf ball is predicted and displayed as a 3D image through a screen installed in front of the batting box. It refers to a system that produces output.

In addition, in the golf simulation system, an image identical to the field terrain of an actual golf course is input to the terminal device that outputs the expected flight trajectory of the golf ball, so the golf player can enjoy visual effects as if playing golf in an actual field. This effect can be achieved, and users usually refer to this series of golf simulation systems as ‘screen golf.’

Therefore, such a screen golf system has the advantage of being easily accessible to users without spending a lot of time and money. In particular, for golf beginners, it is possible to first experience various golf play situations before going out to the actual field. By making it visible, it also provides the ability to indirectly learn the field progress order or distance.

However, customers who use indoor golf courses want to practice early in the morning before work or late after work, but from the operator's point of view, efforts to improve this are necessary because too much cost and effort are spent on hiring employees and running smoothly. It is being attempted.

In an effort to solve this problem, for example, Republic of Korea Patent Publication No. 10-2012-0077906, “Mobile screen golf system and service method capable of multi-party real-time simulation golf games and swing practice based on wired and wireless communication,” describes the location and time such as home or office. Not only can you enjoy a simulation golf game alone or with unspecified people online without any restrictions, but you can also practice alone or receive real-time lessons online using the swing analysis system, making it a new type of multi-person real-time simulation golf game based on wired and wireless communication. and mobile screen golf systems and service methods that allow for swing practice are provided, but they are insufficient to allow users to feel the feel of the actual field and experience swinging to their heart's content.

In addition, in order to resolve this inconvenience, the Republic of Korea Patent Assistance No. 10-2009-0094543, “Screen golf system and method for real-time unmanned reservation and golf learning,” regarding the Internet reservation system for actual screen golf driving ranges, has been proposed. There is an inconvenience in that users cannot adjust the indoor environment such as lighting, temperature, and fans to suit themselves at an indoor screen golf course.

Therefore, the present inventor completed the present invention by developing technology to provide screen golf services by selecting a customized environment for each individual while operating an actual screen golf course.

Republic of Korea Patent Publication No. 10-2012-0077906 “Mobile screen golf system and service method capable of multi-party real-time simulation golf games and swing practice based on wired and wireless communication” Republic of Korea Patent No. 10-2009-0094543 “Screen golf system and method for real-time unmanned reservation and golf learning” Republic of Korea Patent Application No. 10-2010-0078737 (2010.08.16) “Screen golf system with state switching function using optical sensor and method thereof”

The present invention is intended to solve the above problems, and automatically controls not only the temperature and humidity device installed in each screen golf member's at-bat, the wind direction control device corresponding to the fan that controls the wind direction, and personal lighting, but also the common control device. The purpose is to provide an unmanned screen golf course operation system for this purpose.

In addition, the present invention is intended to provide an unmanned screen golf course operation system for operating a screen golf course by reflecting information set for each individual in the screen golf program.

However, the purposes of the present invention are not limited to the above-mentioned purposes, and can be operated supplementally in the early morning or late at night without employees, and other purposes not mentioned will be clearly understood by those skilled in the art from the description below. You will be able to.

In order to achieve the above object, the unmanned screen golf course operation system according to an embodiment of the present invention includes a door control device 100, an internal network, a kiosk 200, a plurality of auxiliary terminals for golfers 300, and a plurality of personal controls. In the unmanned screen golf course operation system 1 including a device 300a, a plurality of beam projectors 400, a control box 500, and a common control device 700, the control box 500 includes a door lock device. Through the door control device 100, the security is automatically released at a preset time in the absence of employees in an offline unmanned screen golf course operation store, and the door is automatically controlled to open by releasing the door lock device, and the security is controlled by a supplementary server. An entrance control module 521 that controls the transceiver 310 to transmit a release request through an external network; And not only does it control the transceiver unit 310 to transmit a security setting request to the complementary server through an external network at the end of the preset unmanned screen golf course operation store, but also the personal control device 300a and the public control device 700. An automatic control module 524 that controls the transmitting and receiving unit 310 to transmit a control command for the switch box 600 through an internal network so that the power is turned off (OFF); It is characterized by including.

At this time, the automatic control module 524 controls the transmitting and receiving unit 310 to receive control commands for unnecessary power devices constituting the common control device 700 from the administrator terminal through the internal network or external network, and then The transceiver unit 310 is controlled to transmit control commands for the control device 700 through an internal network, and the personal control device 300a is also controlled in the same manner.

In addition, the entrance control module 521 automatically unlocks the door lock device when the password or tag identification number is recognized by entering a password or recognizing the tag identification number with a tag reader through an RF card containing an RFID or NFC tag. It is characterized by controlling the transceiver unit 310 to transmit a door lock release command to the door control device 100 through an internal network.

In addition, the entrance control module 521 provides control information in a preset control range for all lighting, all ventilation, and all temperature and humidity devices corresponding to the common control device 700 connected to the switch box 600 according to the release of the door lock device. It is characterized by controlling the transceiver 310 to transmit through an internal network.

The unmanned screen golf course operation system according to an embodiment of the present invention automatically controls not only the temperature and humidity device installed at the screen golf member's individual batting box, the wind direction control device corresponding to the fan that controls the wind direction, and personal lighting, but also the public control device. Provides an effect that can be achieved.

In addition, the unmanned screen golf course operation system according to another embodiment of the present invention provides the effect of operating a screen golf course by reflecting information set for each individual in the screen golf program.

The unmanned screen golf course operation system according to another embodiment of the present invention has the effect of enabling complementary operation so that members voluntarily enter and use the golf course in the absence of staff early in the morning or late at night.

1 is a diagram showing an unmanned screen golf course operation system 1 according to an embodiment of the present invention.
Figure 2 is a block diagram showing components of the control box 500 in the unmanned screen golf course operation system 1 according to an embodiment of the present invention.
4 to 6 show a kiosk 200, an auxiliary terminal for golfers 300, a control box 500, a switch box 600, and golf practice among the unmanned screen golf course operation system 1 according to an embodiment of the present invention. This is a drawing showing the configuration of a unit.
Figure 7 is a diagram showing an unmanned screen golf course operation system 1 according to another embodiment of the present invention.

Hereinafter, a detailed description of preferred embodiments of the present invention will be described with reference to the attached drawings. In the following description of the present invention, if a detailed description of a related known function or configuration is judged to unnecessarily obscure the gist of the present invention, the detailed description will be omitted.

In this specification, when one component 'transmits' data or a signal to another component, the component may transmit the data or signal directly to the other component, and may transmit the data or signal through at least one other component. This means that data or signals can be transmitted to other components.

Although the present invention is a technology related to an unmanned screen golf course operation system, it can actually be operated complementary to allow members to voluntarily enter and use the golf course in the early morning or late at night in the absence of staff.

1 is a diagram showing an unmanned screen golf course operation system 1 according to an embodiment of the present invention. Figure 2 is a block diagram showing components of the control box 500 in the unmanned screen golf course operation system 1 according to an embodiment of the present invention. 4 to 6 show a kiosk 200, an auxiliary terminal for golfers 300, a control box 500, a switch box 600, and golf practice among the unmanned screen golf course operation system 1 according to an embodiment of the present invention. This is a drawing showing the configuration of a unit.

First, referring to FIG. 1, the unmanned screen golf course operation system 1 includes a door control device 100, an internal network, a kiosk 200, a plurality of auxiliary terminals for golfers 300, and a plurality of personal control devices 300a. , may include a plurality of beam projectors 400, a control box 500, a switch box 600, and a common control device 700.

Here, the plurality of auxiliary terminals 300 for golfers, the plurality of personal control devices 300a, and the plurality of beam projectors 400 are each auxiliary terminal 300 for golfers, the personal control device 300a, and the beam projector ( 400) may constitute one golf practice unit.

Next, referring to Figure 2, the control box 500 includes a transmitter and receiver 510, a control unit 320, and a database 530, and the control unit 320 includes an entrance control module 521 and a batting position designation module ( 522), a personal designation module 523, and an automatic control module 524.

The entrance control module 521 automatically disarms security at a preset time (e.g., 6:00 am) in the absence of employees at an offline unmanned screen golf course operation store through the door control device 100 including a door lock device. The transceiver unit 310 can be controlled to automatically open the door by releasing the door lock device, and to transmit a security release request to a complementary server (not shown) through an external network.

In addition, the entrance control module 521 controls the door to automatically unlock the door lock device when the password or tag identification number is recognized by entering a password or recognizing a tag identification number with a tag reader through an RF card such as an RFID or NFC tag. The transceiver unit 310 can be controlled to transmit a door lock release command to the device 100 through an internal network.

Accordingly, the entrance control module 521 provides control information in a preset control range for all lighting, all ventilation, and all temperature and humidity devices corresponding to the common control device 700 connected to the switch box 600 according to the release of the door lock device. The transceiver 310 can be controlled to transmit through an internal network.

The at-bat designation module 522 provides a preset number (e.g., 4 digits) of unique membership number and at-bat designation on the kiosk 200 equipped with a touch screen module by a screen golfer who inputs a password or tag identification number recognition method. When receiving a touch input, member information on the database 530 is extracted for the unique member number entered, and the member ID is converted into metadata on the database 530 by matching the extracted member information to the selected turn at bat. You can save it.

Thereafter, the turn-at-bat designation module 522 includes the golfer's auxiliary terminal 300, personal control device 300a, and beam projector 400, which constitute a golf practice unit corresponding to the turn at bat selected by the switch box 600. By controlling the transceiver unit 310 to transmit a switching command to supply power from the outside to the golfer auxiliary terminal 300 through the internal network, the power to the golfer auxiliary terminal 300 is turned on. After that, the power to the beam projector 400 can be turned on under the control of the golfer auxiliary terminal 300.

Thereafter, the turn-at-bat designation module 522 may control the transceiver unit 310 to transmit a member ID notification to the golfer auxiliary terminal 300 of the golf practice unit corresponding to the selected turn-at-bat through the internal network. .

The personal designation module 523 is a personal temperature and humidity device corresponding to the personal control device 300a connected to the auxiliary terminal 300 for golfers, a wind direction control device corresponding to a fan that controls the wind direction, and an auxiliary terminal for golfers for personal lighting. Adjustment range information input from the screen golfer can be received at 300 and the member ID can be stored as screen golf personal setting information as metadata in the control range information database 530.

Afterwards, when the personal designation module 523 completes saving the screen golf personal setting information, it transmits a storage completion signal to the auxiliary terminal 300 for the golfer, and enters each parameter stored in the screen golf program in the database 530. Control information for each device that matches the individual control range information for the corresponding individual personal control device 300a (personal temperature and humidity device, wind direction control device, personal lighting, etc.) (the amount of power to increase or decrease the temperature if the personal temperature and humidity device is an air conditioner) Control information, in the case of a wind direction control device, fan and tilt control information for direction control and power amount control information according to wind strength, in the case of personal lighting, power amount control information for adjusting the height of illumination, etc.) can be extracted.

Afterwards, the personal designation module 523 not only transmits the screen golf program matching information for outputting the screen golf screen that matches the extracted information, the individual control information, to the auxiliary terminal for golfers 300 through the internal network, as well as the extracted information. By controlling the transmitter and receiver 310 to transmit the individual control information to the auxiliary terminal 300 for golfers through an internal network, the output of the screen golf screen to the beam projector 400 is controlled by the auxiliary terminal 300 for golfers. In addition, the individual personal control device 300a can be controlled by the auxiliary terminal 300 for the golfer according to the individual control information.

Accordingly, the screen golfer, who is a member assigned to bat, can automatically practice golf by matching screen golf to the member settings according to individual control information.

The automatic control module 524 not only controls the transceiver 310 to transmit a security setting request to a complementary server (not shown) through an external network at the end of the preset unmanned screen golf course operation store, but also controls the personal control device ( The transceiver 310 can be controlled to transmit a control command for the switch box 600 through an internal network so that the power of the 300a) and the common control device 700 is turned off.

In addition, the automatic control module 524 is connected to unnecessary power devices (e.g., refrigerator, CCTV, air purifier, water purifier, etc.) constituting the common control device 700 from the administrator terminal (not shown) through the internal network or external network. After controlling the transceiver unit 310 to receive a control command for Control of (300a) can also be performed.

Figure 7 is a diagram showing an unmanned screen golf course operation system 1 according to another embodiment of the present invention. Referring to FIG. 7, the unmanned screen golf course operation system 1 includes the door control device 100, an internal network, a 530 kiosk 200, a plurality of auxiliary terminals for golfers 300, and a plurality of personal controls as shown in FIG. In addition to the device 300a, multiple beam projectors 400, control box 500, switch box 600, and common control device 700, an external network, management server 800, and user terminal 900 are additionally installed. It can be included.

Here, in order to provide the 360° camera video received from the control box 500 through an external network through a 3D virtual model, the management server 800 provides the motion and spoken voice of the 3D virtual model according to the 360° camera video. It is output on the beam projector 400 by applying it to the screen golf program of the personal control device 300a connected to the above-mentioned control box 500 through an internal network. This process will be explained in more detail below.

The management server 800 adjusts the motion, rotation, translation, and size of the 3D virtual model according to member motion data extracted from the 360° camera video received from the control box 500. (scale) can be controlled.

The 360° camera video is installed on the screen golf course and can store the member's motion in 360 degrees. By performing decoding at a preset angle from the video, multiple decoded images are generated and expressed in 3D. Member motion data can be generated by creating a set of polygons, which are the basic units for this purpose, and performing texture mapping by attaching each decoded image onto the set of polygons.

The management server 800 stores member motion data extracted from the 360° camera video received from the control box 500.

In one embodiment, the management server 800 may control the motion of a three-dimensional virtual model on a screen golf program according to member motion data. For example, if the member's motion data is a right swing according to the screen golf program, the management server 800 may provide a 3D virtual model with the left shoulder of the 3D virtual model facing forward, and conversely, if the member is swinging to the left. In this case, the 3D virtual model can be provided so that the right shoulder of the 3D virtual model faces forward,

In another embodiment, the management server 800 may control the rotation of the 3D virtual model according to member motion data.

For example, the management server 800 may rotate the 3D virtual model to the left when the member motion data is a leftward turn according to the screen golf program.

For another example, the management server 800 may rotate the 3D virtual model to the right when the member motion data is a turn to the right according to the screen golf program.

In another embodiment, the management server 800 may control the translation of the 3D virtual model according to member motion data.

More specifically, the management server 800 can map the real coordinate information of the movement path of the user's hand to virtual coordinate information and move the three-dimensional virtual model according to the mapped virtual coordinate information.

For example, if the member motion data moves to the left according to the screen golf program, the management server 800 may move the position of the 3D virtual model to the left.

For another example, if the member motion data moves to the right according to the screen golf program, the management server 800 may move the position of the 3D virtual model to the right.

In another embodiment, the management server 800 may control the scale of the 3D virtual model according to member motion data.

For example, the management server 800 may enlarge the size of the 3D virtual model when the member motion data moves forward in accordance with the screen golf program.

For another example, the management server 800 may reduce the size of the three-dimensional virtual model when the member motion data moves backward according to the screen golf program.

Additionally, the management server 800 can control the 3D virtual model to respond according to the properties by assigning properties to the 3D virtual model.

In one embodiment, the management server 800 may control the 3D virtual model to output election campaign audio data among 360° camera videos by assigning properties related to the voice of the 3D virtual model.

For example, the management server 800 can control the 3D virtual model to output a screen golf program by assigning properties related to the voice of the 3D virtual model.

As described above, the management server 800 outputs election campaign audio data through a 3D virtual model loaded into augmented reality and simultaneously moves according to member motion data, enabling augmented reality even in situations where screen golf members cannot go to the field. The advantage is that you can use it to play golf in real time.

The golfer's auxiliary terminal 300 is adapted to the screen golf program of motion, rotation, translation, and scale of the generated 3D virtual model. Not only is it output to the screen through the beam projector 400 connected to 300, but it is also used for the motion, rotation, translation and scale of the 3D virtual model in the above-described manner. In addition to controlling the personal control device (300a) through adaptation to the parameter adjustment information stored in the database (330), the golfer's auxiliary terminal (300) is connected to the management server (800) through the control box (500) connected to the internal network. ), when providing screen golf screen information with a 3D virtual model applied to the screen golf program, the management server 800 provides 3D information with the terminal identification number (IMEI) of the user terminal 900 stored as member information through an external network. Screen golf screen information to which a virtual model is applied can be provided so that screen golf members can correct their posture using the received information.

The present invention can also be implemented as computer-readable code on a computer-readable recording medium. Computer-readable recording media include all types of recording devices that store data that can be read by a computer system.

Examples of computer-readable recording media include ROM, RAM, CD-ROM, magnetic tape, floppy disk, and optical data storage devices, and are also implemented in the form of a carrier wave (e.g., transmission via the Internet). It also includes

Additionally, computer-readable recording media can be distributed across computer systems connected to a network, so that computer-readable code can be stored and executed in a distributed manner. And functional programs, codes, and code segments for implementing the present invention can be easily deduced by programmers in the technical field to which the present invention belongs.

As described above, the specification and drawings disclose preferred embodiments of the present invention, and although specific terms are used, they are used only in a general sense to easily explain the technical content of the present invention and aid understanding of the invention. , it is not intended to limit the scope of the present invention. It is obvious to those skilled in the art that in addition to the embodiments disclosed herein, other modifications based on the technical idea of the present invention can be implemented.

1: Unmanned screen golf course operation system
100: Door control device
200: Kiosk
300: Auxiliary terminal for golfer
300a: Personal control device
400: Beam Project
500: control box
510: Transmitter and receiver
520: control unit
521: Entry control module
522: At-bat designation module
523: Personal designation module
524: Automatic control module
530: database
600: switch box
700: Common control device
800: Management server
900: User terminal

Claims (4)

Door control device 100, internal network, kiosk 200, multiple auxiliary terminals for golfers 300, multiple personal control devices 300a, multiple beam projectors 400, control box 500, common control In the unmanned screen golf course operation system 1 including the device 700, the control box 500 includes,
Through the door control device 100 including a door lock device, the guard is automatically released at a preset time in the absence of employees in an offline unmanned screen golf course operation store, and the door is automatically opened by releasing the door lock device, An entrance control module 521 that controls the transmitting and receiving unit 310 to transmit a security release request to a complementary server through an external network; and
Not only does it control the transceiver unit 310 to transmit a security setting request to a complementary server through an external network at the end of the preset unmanned screen golf course operation store, but also controls the power supply of the personal control device 300a and the public control device 700. an automatic control module 524 that controls the transmitting and receiving unit 310 to transmit a control command for the switch box 600 through an internal network to turn it OFF; An unmanned screen golf course operation system comprising:
In claim 1, the automatic control module 524 is:
After controlling the transceiver unit 310 to receive control commands for unnecessary power devices constituting the common control device 700 from the administrator terminal through the internal network or external network, control commands for the common control device 700 are sent. An unmanned screen golf course operation system that controls the transmitter and receiver 310 to transmit through an internal network and also controls the personal control device 300a in the same manner.
In claim 1, the admission control module 521 is:
When a password or tag identification number is recognized by entering a password or recognizing a tag identification number with a tag reader using an RF card including an RFID or NFC tag, a command is given to the door control device 100 to automatically release the door lock device. An unmanned screen golf course operation system characterized in that it controls the transmitter and receiver 310 to transmit through an internal network.
In claim 3, the admission control module 521 is,
When the door lock device is released, the transmitter and receiver 310 transmits control information to a preset control range for all lighting, all ventilation, and all temperature and humidity devices corresponding to the common control device 700 connected to the switch box 600 through the internal network. ) An unmanned screen golf course operation system characterized by controlling.