KR20150076301A - Distance Measuring System of Golf Course by Using Voice Perceptible 3D Glasses and Method thereof - Google Patents

Abstract

The present invention relates to a distance measuring system of a golf course using voice perceptible three-dimensional glasses, and a distance measuring method using the same. The distance measuring system of a golf course using voice perceptible three-dimensional glasses includes: a server which forms a database and stores each hole number of eighteen holes of the golf course and location information of the corresponding holes; a smartphone possessed by a golfer which receives weather information of a corresponding region through a weather information app and real-time location information from a GPS satellite to provide the weather and location information to three-dimensional glasses; and the three-dimensional glasses which communicates with the smartphone the golfer possesses by a voice information command and receives the weather information such as wind speed, wind direction, etc. and the real-time location information of the smartphone, receives the location information of each hole from the server, calculates a distance between a current location of the golfer and the corresponding hole, and provides information about the distance left to the hole through voice or a display unit. The three-dimensional glasses display image information of the corresponding site of the golf course which a camera attached to one side thereof photographed.

Description

Technical Field [0001] The present invention relates to a distance measuring system for a golf course using voice recognition 3D glass and a distance measuring method using the same.

The present invention relates to the recommendation of a club by accurately measuring the distance on a golf course and calculating the wind speed, wind direction and the like. Golf is becoming more and more popular and becoming a sport that anyone can enjoy, and it is not easy for amateurs to select the right club according to the distance measured and distance left on the golf course. Accordingly, the present invention relates to accurate selection of the remaining distance to the golfer, and also to selecting the best irons and wood clubs considering the wind speed, the wind direction, and the like.

A conventional technique related to the present invention is disclosed in Korean Patent No. 10-0741655 (published on June 7, 2007). 1 is a block diagram of a golf distance measuring terminal used in the conventional golf distance measurement. In the conventional golf distance measuring terminal and the golf distance measuring method using the conventional golf distance measuring terminal, the distance measuring terminal includes a satellite navigation device for grasping a current position of a user from a GPS satellite, A golf course database storage device in which golf course area data and attribute information and data for each golf course course are digitized and stored in a service database format; The golf course service database is read out from the terminal output device and the golf course database storage device which outputs data to the terminal screen or speaker in accordance with the mode information selected by the user based on the position information data of the navigation device, The center line is extracted based on each line and the distance between the center line and the user is automatically adjusted so that the angle is corrected according to the shape of the course curved to the left or the right, And a golf course display operating system including a golf course copper line processing unit for generating scrolling copper line data on the terminal screen so as to easily recognize the course and the distance according to the shape of the golf course. And is configured as described above. The conventional golf distance measurement method and screen display method using the distance measuring terminal are as follows: a) The golf course display operating system uses the copper line processing unit to calculate the outline line of each course of the golf course based on the position information received from the satellite navigation device Extracting a center line; And b) the golf course display operating system includes a step of providing a distance by connecting the user and the green so that the angle is corrected automatically according to the shape of the course bent to the left or right using the copper line processing unit And that it is a characteristic configuration.

The conventional golf distance measuring terminal and the golf distance measuring method and the screen displaying method using the same have a problem in that a separate terminal is required for measuring the distance of the golf course. In addition, the conventional golf distance measuring method as described above is excessively complicated and thus has a problem of not only having a large construction cost but also being inconvenient to use.

In order to solve the above-described problems, the system for measuring distance on a golf course using voice recognition 3D glass according to the present invention includes a server for storing the hall numbers of the 18 holes of the golf course and the position information of the corresponding holes in a database, Receives the weather information of the corresponding area, receives the real time location information from the GPS satellite, and provides the 3D weather information to the 3D glass, and communicates with the smart phone owned by the golfer and the smart phone owned by the golfer according to the voice information command, Weather information such as wind speed and direction of the area, and real-time position information of the smartphone, receives position information of each hole from the server, calculates the distance between the point where the golfer is currently located and the hole, Information is provided through a voice or display unit, and the camera And a 3D glass for displaying image information of a corresponding point of the golf course through a display unit.

The distance measuring system in the golf course using the voice recognition 3D glass according to the present invention configured as described above has an effect of measuring the golf distance using the smart phone possessed by the majority. In addition, the distance measuring system in a golf course using the 3D glass of speech recognition according to the present invention has an effect that a golfer can receive a golf distance without a special liquid line by using a voice recognition means. In addition, the distance measuring system in a golf course using the 3D-glasses of the present invention can provide golf distance and image information taken by a camera together with the corresponding points.

FIG. 1 is a block diagram of a terminal block used in conventional golf distance measurement and screen display,
FIG. 2 is a diagram showing the overall configuration of a distance measuring system in a golf course using the 3D glass of speech recognition according to the present invention.
FIG. 3 is a detailed view of a 3D glass applied to the present invention,
4 is a control flowchart for a method of measuring a distance in a golf course using the 3D glass of speech recognition according to the present invention.

The distance measuring system and the distance measuring method using the 3D-glass of the present invention having the above-described objects will be described with reference to FIG. 2 to FIG.

FIG. 2 is a diagram showing the overall configuration of a distance measuring system in a golf course using the 3D glass of speech recognition according to the present invention. In FIG. 2, the system for measuring distance on a golf course using a 3D-glass for voice recognition according to the present invention includes a server 100 for storing the hall numbers of the 18 holes of the golf course and the position information of the corresponding holes in a database, Receives the weather information of the GPS satellite, receives the real-time location information from the GPS satellite and provides the real-time location information to the 3D glass 300. The smartphone 200 and the smart phone 200, Receives the weather information such as the wind speed and the wind direction of the golf course in the area where the golf course is located and the real time position information of the smart phone and receives the position information of each hole from the server 100 to calculate the distance And the remaining golf distance information from the hall is provided through the voice or display unit, and the golf course information And displaying the image information of the point through the display unit, the 3D glass 300 storing the distance information of each club of the golfer. The communication between the server 100 and the 3D glass 300 and the communication between the server 100 and the smartphone 200 can be performed by the 3G A communication module can be applied. In addition, in the above, the distance DB and the glass information DB about the distance information and the 3D glass information about each golfer's club are stored in the server 100, and the distance information is received from the server upon request of the 3D glass 300, You can do it.

3 is a detailed view of the 3D glass applied to the present invention. 3, the 3D glass 300 according to the present invention includes a voice recognition module 310 for recognizing a golfer's voice such as "18th hole ", and a point of a hole received by the voice recognition module 310 A short distance transmission / reception module 330 for short distance communication with the smart phone 200, and a short distance communication module 330 for communicating the estimated distance with voice or voice Based on the wind velocity, the wind direction, the real time position information received from the smart phone 200, and the position information of the corresponding hole received from the server, the display unit 380 can display the numerical value or the camera image information, A memory unit 350 for storing the golf distance information and the operating program calculated by the position information of each hole and the calculated golf distance from the hole, Can Receives the wind speed, the wind direction, the real time position information, and the position information of each hole by communicating with the server 100 and the smart phone 200 through the transmission / reception module 320 and the short distance transmission / reception module 330, The golf distance from the current position where the golfer stands to the corresponding hole is calculated, and the calculated golf distance is stored in the memory unit and controlled to be displayed as voice or image through the display unit, or the "18th hole" , The control unit controls the camera to photograph the corresponding hole and display it on the display unit, or if the golf distance is calculated, a club matching in the club DB stored in the memory unit is selected based on the calculated golf distance, And a CPU 340 for controlling the CPU 340 so as to provide it through the network. In the above, the club DB is, for example, a distance of 230 to 250 yards for wood 1, a distance of 210 to 230 yards, a wind speed of 10 m / s for wood 1, a distance of 210 to 230 yards for wood 2, a distance of 70 to 90 yards Can be configured as iron number 9, iron number 70 to 90 yard, and wind speed 10 m / s or more. In addition, in the above, the club DB may be stored in a server together with the 3D glass information DB, and received from a server when necessary, so that the calculating unit may calculate the golf distance and select a matching club.

4 is a control flowchart for a method of measuring a distance in a golf course using the 3D glass of speech recognition according to the present invention. 4, a method of measuring distance in a golf course using a 3D-glass for speech recognition according to the present invention includes a step S11 of recognizing the distance measurement voice information of a corresponding hall and transmitting the voice information to a CPU, (S12) of receiving current location information, wind speed and direction information from the smartphone, a step (S13) of the CPU communicating with the server to receive positional information of the corresponding hole, and a step (S13) (S15) of displaying a golf distance in the form of a voice or an image through a display unit (S15); recognizing a video information photographing command of the corresponding hole and transmitting it to the CPU A step S16 of causing the CPU to photograph the hall direction by the CPU, a step S17 of causing the display unit to provide the photographed image information, To (S18) and, the CPU using a DB on the basis of the golf club distance expressed in sync with the club selection step (S19) of selecting a club, a display unit, and (S20) ends. 4, steps S16 to S18 may be omitted, and the process may be shifted from step S14 to steps S19 and S20.

100: server, 200: smartphone,
300: 3D glass, 310: Voice recognition module,
320: transmission / reception module, 340: CPU,
350: memory unit, 360: camera module,
370: operation unit, 380: display unit

Claims (10)

1. A distance measuring system for a golf course using a voice recognition 3D glass for measuring a distance between a golfer and a corresponding hole,
In the distance measuring system for a golf course using the voice recognition 3D glass,
A server 100 for storing the hole numbers of the 18 holes of the golf course and the position information of the holes in a DB format;
Receives the weather information of the area through the weather information application, receives the real-time location information from the GPS satellite, and provides the real-time location information to the 3D glass (300).
And voice information, and communicates with the smartphone 200 possessed by the golfer to receive weather information such as wind velocity, wind direction, and the like, and real-time location information of the smartphone in the area where the golf course is located. And a 3D glass (300) for receiving the positional information and estimating the distance between the point where the golfer is currently located and the hole, and displaying the distance.
The method according to claim 1,
In the 3D glass,
A voice recognition module 310 for recognizing the voice of the golfer such as the 18th hole;
A transmission / reception module 320 for communicating with the server 100;
A short distance transmission / reception module 330 for short distance communication with the smart phone 200;
A display unit 380 for displaying the estimated distance in voice or numerical value or for displaying camera image information;
An operation unit 370 for calculating a golf distance with the corresponding hole based on the wind speed, the wind direction and the real time position information received from the smart phone 200 and the position information of the corresponding hole received from the server;
A memory unit 350 for storing golf distance information and an operating program calculated by the calculation unit;
And the voice recognition module 310 and communicates with the server 100 and the smartphone 200 through the transmission / reception module 320 and the near / far transmission / reception module 330, Receives the position information and stores it in the memory unit, and causes the operation unit to calculate the golf distance from the current position where the golfer is standing to the corresponding hole, stores the calculated golf distance in the memory unit, and displays it as voice or image through the display unit And a CPU for controlling the distance measuring system in the golf course using the voice recognition 3D glass.
3. The method of claim 2,
In the 3D glass,
Wherein the camera further comprises a camera on one side and photographs the hall direction according to the voice information recognized by the voice recognition module and displays the photographed image through the display unit.
3. The method of claim 2,
In the 3D glass,
Wherein a club DB is stored in a memory and a CPU selects a club based on the golf distance calculated with the club DB and provides the selected club through a display unit.
3. The method of claim 2,
The transmission /
Wherein the distance measuring system is a 3G module.
3. The method of claim 2,
The short distance transmission /
Wherein the distance measuring system is a Bluetooth module.
1. A distance measuring system for a golf course using a voice recognition 3D glass for measuring a distance between a golfer and a corresponding hole,
In the distance measuring system for a golf course using the voice recognition 3D glass,
A server 100 for storing a location information DB, a club DB, and a 3D glass information DB in which a hole number of each hole of a golf course 18 and position information of the hole are DB;
Receives the weather information of the area through the weather information application, receives the real-time location information from the GPS satellite, and provides the real-time location information to the 3D glass (300).
And voice information, and communicates with the smartphone 200 possessed by the golfer to receive weather information such as wind velocity, wind direction and the like of the region where the golf course is located, and real-time location information of the smart phone. When the golfer requests the server 100 And a 3D glass 300 receiving the positional information of the golf club DB information and the hole matching the 3D glass held by the corresponding golfer and estimating the distance between the point where the golfer is currently located and the hole, Distance Measurement System on Golf Course Using Speech Recognition 3D Glass.
A method for measuring a distance in a golf course using a speech recognition 3D glass for measuring a distance between a golfer and a corresponding hole,
A method for measuring distance in a golf course using the voice recognition 3D glass,
(S11) of recognizing the distance measurement voice information of the corresponding hall and transmitting it to the CPU;
A step S12 of the CPU communicating with the smartphone to receive current position information, wind speed, direction information, and the like from the smartphone;
A step (S13) of the CPU communicating with the server to receive the position information of the hole;
(S14) of causing the CPU to calculate the golf distance, which is the remaining distance to the hole, by the operation unit;
And displaying (S15) a golf distance in the form of a voice or an image through a display unit (S15).
9. The method of claim 8,
A method for measuring distance in a golf course using the voice recognition 3D glass,
A step S16 of the voice recognition module recognizing an image information photographing command of a corresponding hole and transmitting the same to the CPU;
Causing the CPU to cause the camera to photograph the hall direction (S17);
And a step (S18) of causing the display unit to provide the photographed image information.
A method for measuring a distance in a golf course using a speech recognition 3D glass for measuring a distance between a golfer and a corresponding hole,
A method for measuring distance in a golf course using the voice recognition 3D glass,
(S11) of recognizing the distance measurement voice information of the corresponding hall and transmitting it to the CPU;
A step S12 of the CPU communicating with the smartphone to receive current position information, wind speed, direction information, and the like from the smartphone;
A step (S13) of the CPU communicating with the server to receive the position information of the hole;
(S14) causing the CPU to calculate the golf distance, which is the remaining distance to the hole, by the operation unit;
A step S19 of the CPU selecting a club using the club DB based on the golf distance;
And displaying the selected club through a display unit (S20). The method of measuring distance in a golf course using a 3D voice recognizing voice.

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