KR101081121B1 - Method for recording golf score, golf score recording device providing the same, and server providing application providing the same - Google Patents

Abstract

PURPOSE: A method for recording golf scores, a golf score recording device for the same, and a server providing application for the same are provided to automatically or manually count shots of a golfer. CONSTITUTION: A method for recording golf scores comprises: a step of sensing the motion of a golfer in a motion sensing part(20) and receiving present position information from a position information receiver(10); a step of determining whether a golfer hits a ball or not; and a step of recording golf scores by automatically clouting shots when determines that a golfer hits a ball.

Description

Golf score recording method, a golf score recording device providing the same and a server providing an application providing the same {METHOD FOR RECORDING GOLF SCORE, GOLF SCORE RECORDING DEVICE PROVIDING THE SAME, AND SERVER PROVIDING APPLICATION PROVIDING THE SAME}

The present invention relates to a golf score recording method, a golf score recording apparatus for providing the same, and a server providing an application for providing the same. More specifically, the golf score recording for conveniently recording the golf score of the golfer in the golf round Apparatus and method for recording golf score using the same, in particular, golf score recording method of the application running in a mobile terminal such as a smart phone (Smart Phone), and a server providing such an application.

Golf is a sport in which a golfer puts a ball into a hole cup by putting a tee shot at each tee box position and putting it on the green while rounding a total of 18 holes (par 3, par 4 and par 5). It is not easy to remember how many shots you have hit.

This has led to the emergence of various types of devices that allow golfers to accurately record their golf scores during the round of golf.

Various technologies have emerged that enable the recording of golf scores by running applications for recording golf scores on a so-called smartphone as well as a dedicated terminal for recording golf scores.

However, in the related art, the golfer has to count and record the shots every time he shots, which may prevent the golfer from focusing on the game. There is a problem that the record of the golf score is cumbersome and inaccurate because it has no choice but to rely on memory.

The present invention recognizes whether the golfer shot by using the current position information of the golfer and the motion detection information of the golfer without having to directly record the golf shot in the course of the golf round, so that the shot is counted automatically. This allows the golf score to be automatically recorded so that the golfer's convenience can be recorded more accurately and the golf score can be recorded more accurately. To provide a golf score recording method for providing a golfer's convenience by selectively providing a manual counting mode for inputting a golf score, a golf score recording device providing the same, and a server providing an application providing the same. .

Golf score recording method of an application driven in a mobile terminal according to an embodiment of the present invention, the motion sensing unit detects the golfer's motion, the location information receiving unit receiving the current position information; Determining whether the golfer has shot by analyzing the motion detection information of the golfer detected by the motion sensing unit and the location information received by the location information receiving unit; And if the golfer determines that the shot has been made, automatically causing the golf shot to be counted so that the golf score is recorded.

Also preferably, the determining may include determining whether the first predetermined condition for the received location information is satisfied, and when the first condition is met, the motion detection information. Determining whether the second condition is satisfied, and when the first condition and the second condition are satisfied, determining that the golfer has shot.

Also preferably, the determination as to whether the first condition is satisfied is characterized in that the determination is made as to whether or not the position information of a preset number of times is recorded within an area of a preset radius range.

Also preferably, the determination of whether or not the first condition is satisfied is characterized in that the determination of whether the position information is recorded within an area of a preset radius range for a preset time.

Also, preferably, the determination of whether the second condition is satisfied is based on a predetermined physical quantity corresponding to a motion of the mobile terminal or a specific function value having the specific physical quantity as a parameter. It is characterized by the determination of whether or not to change.

Also preferably, the determining may include determining whether a golfer has shot by analyzing a change pattern of the motion detection information.

Also preferably, the determining of the motion detection information may include a specific physical quantity according to a motion of the mobile terminal or a specific function value having the specific physical quantity as a parameter, wherein the motion detection information is equal to or greater than a preset reference. It is characterized by determining whether or not the golfer has shot by determining whether or not to change.

Also preferably, the determining may include determining whether the location information is recorded for a preset number of times or for a preset time within a preset radius range, and a change pattern of the motion detection information is shot by a golfer. It characterized in that it comprises the step of determining whether the golfer has shot by analyzing whether or not the pattern appears when.

Also preferably, the step of allowing the golf score to be recorded may include loading map information on a golf course that is currently being rounded by a golfer so that the corresponding location information when the golfer determines that the golfer has shot a map information of the golf course. It is characterized in that the recording is made to match.

Also preferably, the golf score may be recorded by loading and displaying map information regarding a golf course being rounded by a current golfer, and displaying corresponding location information when the golfer determines that the golfer has shot. It characterized in that it comprises a step to be displayed on the map of the golf course.

Also preferably, analyzing the location information to determine whether the golfer is putting on the green, and if the golfer is putting on the green, displaying the means for inputting the number putt by the golfer It is characterized by including.

Also preferably, the method may further include displaying a screen on which the golfer can manually correct the automatic golf shot counting result.

Also preferably, the mobile terminal further includes a sound information processing unit for analyzing and processing sound, and when determining that the golfer has shot in the step of determining whether the golfer has shot, in the sound information processing unit And determining whether the golfer has shot or practiced swinging according to the processed acoustic analysis result.

Also preferably, the determining may include analyzing the motion detection information to determine whether the golfer is walking or swinging, and when determining that the golfer is swinging, the position information is previously determined. And determining whether the golfer has shot by determining whether the set condition is satisfied.

On the other hand, in the golf score recording method of the application driven in the mobile terminal according to another embodiment of the present invention, the motion sensing unit detects the golfer's motion, the location information receiving unit receiving the current location information And determining whether the golfer has shot by analyzing the motion detection information of the golfer detected by the motion sensing unit and the location information received by the location information receiving unit, and determining that the golfer has shot. Optionally, the automatic counting mode includes the step of automatically recording the golf shot so that the golf score is recorded and the manual counting mode in which the golfer records the golf score by directly inputting the golf shot counting. Characterized in that to be performed.

On the other hand, the golf score recording method provided by the golf score recording apparatus according to an embodiment of the present invention, the motion sensing unit detects the motion of the golfer, receiving the current position information from the position information receiving unit; Determining whether the golfer has shot by analyzing the motion detection information of the golfer detected by the motion sensing unit and the location information received by the location information receiver; And recording the golf score by automatically counting the golf shot when it is determined that the golfer has shot.

On the other hand, golf score recording apparatus according to an embodiment of the present invention, the location information receiving unit for receiving the current location information; Motion sensing unit for sensing the motion of the golfer; And determining whether the golfer has shot by analyzing the motion detection information of the golfer detected by the motion sensing unit and the location information received by the location information receiver, and automatically determining whether the golfer has shot. And a score record for counting and recording golf scores.

Also preferably, the score recorder may include an information collector configured to record position information received by the position information receiver and motion detection information of a golfer detected by the motion sensing unit, and position information collected by the information collector. Includes a shot recognizing unit for determining whether the golfer has shot by determining whether or not the operation satisfies the first predetermined condition and whether the motion detection information collected by the information collecting unit satisfies the second predetermined condition. Characterized in that.

Also, preferably, the score recorder may automatically count the golf shots by analyzing the position information received by the position information receiver and the motion detection information of the golfer detected by the motion sensing unit to determine whether the golfer has shot. And an automatic counting mode, and a manual counting mode that allows the golfer to manually enter a golf shot by providing a means for the golfer to manually enter a golf score, the automatic counting mode and the manual counting mode. It is characterized in that it is configured to selectively perform any one of the golfer's choice.

Also preferably, the present invention further includes a storage unit for storing map information regarding a golf course being rounded by a golfer, and a display unit for outputting map information stored in the storage unit. It is characterized in that it is configured to display the location information of the shot in the case of determining that it is displayed on the map information output through the display.

Also preferably, the score recorder, if the golfer is putting on the green by analyzing the position information, provides a means for inputting the number putt by the golfer and the golf score is recorded according to the number of putts input by the golfer It characterized in that it comprises a putting recording unit.

Also preferably, the score recorder may include a walking checker configured to check a golfer's gait by analyzing the motion detection information, a swing checker configured to check the swing of a golfer by analyzing the motion detection information, and the switch checker When the golfer swings as a result of the check, the golf course includes a shot recognizing unit that determines whether the golfer has shot by determining whether the position information satisfies a preset condition.

On the other hand, the server according to an embodiment of the present invention provides an application for providing the golf score recording method to a mobile terminal connected to the network.

Golf score recording method according to the present invention, a golf score recording device providing the same and a server providing an application providing the same is the golfer's current position information without the need to record the golf shot directly in the course of the round of golf Using the golfer's motion detection information to recognize whether the golfer has shot or not, the shot is automatically counted so that the golf score is automatically recorded so that the golfer can conveniently record the golf score more accurately. It is effective.

1 is a block diagram schematically showing a configuration of a golf score recording apparatus according to an embodiment of the present invention.
Figure 2 shows an example of the movement of the golfer in the golf course is displayed by the position information.
3 is a graph showing a result of the motion sensing unit detecting the golfer's motion as the golfer makes two golf swings. FIG. 3 (a) is a graph showing a change in angular velocity with time, and FIG. ) Is a graph showing the change of the angular acceleration with respect to the angular velocity shown in (a).
4 is a diagram illustrating an example of a screen displayed regarding golf course map information implemented by an image of a golf score recording apparatus according to an embodiment of the present invention and shot recording of a golfer recorded accordingly.
5 illustrates an example of a screen on which a golfer provided in the golf score recording apparatus according to an embodiment of the present invention may directly input the number of times of putting on the green.
6 is a block diagram schematically showing a configuration of a golf score recording apparatus according to another embodiment of the present invention.
7 is a flowchart showing a golf score recording method according to an embodiment of the present invention.

An embodiment of a golf score recording method according to the present invention, a golf score recording apparatus providing the same, and a server providing an application providing the same will be described in more detail with reference to the accompanying drawings.

First, a golf score recording apparatus according to an embodiment of the present invention will be described with reference to FIG. 1.

Golf score recording device according to the present invention can be provided in various forms, provided in the form of a mobile terminal or a device that can be attached to the body of the golfer on the golf course (for example, a clip that can be attached to the golfer's hat or waistband, etc.) Form of the device, etc.). The mobile terminal may be provided, for example, in the form of a smart phone or PDA capable of executing an application that provides a golf score recording method or in the form of a dedicated terminal capable of recording golf score.

Golf score recording apparatus according to the present invention basically comprises a position information receiving unit 10, the motion sensing unit 20, the score recording unit 30.

The position information receiver 10 may be implemented as a GPS receiver for receiving a GPS (Global Positioning System) position signal from a satellite, and a system server may transmit current position information of a golfer through a local network system installed at a golf course. It may be implemented as a location information receiver provided to sense and receive the information, and any means for receiving any other type of location information may be included.

The motion sensing unit 20 is a sensor for measuring the physical quantity of movement, such as the position change, posture change, moving speed of the golf score recording device may be implemented in various forms such as three-axis geomagnetic sensor, three-axis acceleration sensor, gyro sensor, etc. It is also possible to have all these sensors for more accurate motion detection.

More specifically, the motion sensing unit 20 detects rolling, pitching, and yawing in the x, y, and z axis directions of the golf score recording apparatus, and detects each axis direction. Various physical quantities such as rotation angle, angular velocity, and angular acceleration can be measured.

The location information received by the location information receiving unit 10 and the motion detection information of the golfer detected by the motion sensing unit 20 are delivered to the score recorder 30 in real time, and the score recorder 30 is the received location. Analyze information and motion detection information.

Preferably, the location information receiver 10 is driven independently of the score recorder 30. The location information receiver 10 receives location information at predetermined time intervals or whenever the motion sensing unit 20 detects a predetermined size of motion. It may be configured to receive.

The motion sensing unit 20 may also be driven independently of the score recording unit 30. When the motion is detected, the motion sensing unit 20 may generate motion detection information and transmit the motion detection information to the score recording unit 30. The time interval may be set in advance, and the motion detection may be performed at that time interval. In addition, the size of the detected motion may be set in advance, and motion detection information may be generated and transmitted to the score recorder 30 only when motion of the preset size is detected.

On the other hand, the score recorder 30 determines whether the golfer has shot by analyzing the position information received from the position information receiving unit 10 and the motion detection information of the golfer detected by the motion sensing unit 20, If it is determined that the golfer has shot, the golf score is automatically counted to record the golf score.

The score recorder 30 may be configured as hardware that analyzes the position information and motion detection information by a predetermined program and recognizes a golf shot so as to perform data processing so that a golf score is recorded. For example, when the golf score recording device is implemented as a mobile terminal driven by an application, the score recorder 30 recognizes a golf shot by analyzing the position information and motion detection information by an application for recording a golf score. It may be configured in the form of a microprocessor for performing data processing so that the golf score is recorded.

As shown in FIG. 1, the score recorder 30 of the golf score recorder according to an embodiment of the present invention includes an information collector 31, a shot recognition unit 32, and a putting recorder 33. This is preferred.

The information collecting unit 31 is configured to collect and record the position information received by the position information receiving unit 10 and the motion detection information of the golfer detected by the motion sensing unit 20.

That is, the information collecting unit 31 temporarily stores the position information received by the position information receiving unit 10 and the motion detection information of the golfer detected by the motion sensing unit 20 and transmits the stored information to the shot recognition unit 32. It performs the function.

Here, the location information receiver 10 and the motion sensing unit 20 are driven independently of the score recorder 30, so that the information acquisition unit 31 may have the shot recognition unit 32 provide the location information and the motion detection information. It is preferable that the location information and the motion sensing information are collected in real time from the location information receiving unit 10 and the motion sensing unit 20 without waiting for analysis.

The shot recognizing unit 32 determines whether the position information collected by the information collecting unit 31 satisfies a first predetermined condition, and the motion detection information collected by the information collecting unit 31 is previously determined. It is configured to determine whether the golfer has shot by determining whether the set second condition is satisfied.

Here, the first condition may be determined by whether the location information of a predetermined number of times is recorded in an area of a preset radius range or whether the location information is recorded in an area of a preset radius range for a preset time. This will be described with reference to FIG. 2.

Figure 2 shows an example of the movement of the golfer in the golf course is displayed by the position information. In the drawings, reference numeral 1 denotes a tee box (tee shot), reference numeral 2 denotes a fairway, reference numeral 3 denotes a rough, reference numeral 4 denotes a bunker, Reference numeral 5 denotes Green, respectively. The display of the positional information received in real time is indicated by reference numeral P. FIG.

As shown in Figure 2 it can be seen that stayed for a predetermined time in the R1 region of the tee box of the golf course, the R2 region and R3 region of the fairway, and the R4 region of the rough. That is, it can be seen that several times location information has been detected in the R1 to R4 areas.

In the case of a normal golf shot, unlike the case of walking, it stays for a predetermined time within a certain radius range, and as shown in FIG. 2, it is determined that the position information is intensively detected in the R1 to R4 regions as shown in FIG. 2. You stayed for a while, which is likely to be a golf shot at that location.

In this case, the shot recognition unit 32 may preset a radius range for each of the R1 to R4 areas, and may check whether the location information is detected several times or within a predetermined time period within the preset radius range.

In addition, the shot recognizing unit 32 may preset the number of position information detected within a preset radius range or set a time for detecting the position information in advance.

Accordingly, the shot recognizing unit 32 determines whether the first condition is satisfied by determining whether the position information of a preset number of times within the preset radius range is detected or whether the position information is continuously detected for a preset time. can do.

On the other hand, the second condition may be determined by whether the golf score recording apparatus owned by the golfer is moved by the movement of the golfer, and whether the motion detection information generated according to the change is greater than or equal to a preset reference.

The motion detection information may include a specific physical quantity according to the motion of the golf score recording apparatus or a specific function value having the specific physical quantity as a parameter, and the physical quantity or the function value changes according to the motion of the golf score recording apparatus. The shot recognition unit 32 may analyze the pattern, and determine whether the golfer has shot by checking whether the degree of change is equal to or greater than a preset reference (which may be a reference value or a reference range).

The motion sensing unit 20 may be implemented by a geomagnetic sensor, an acceleration sensor, a gyro sensor, and the like. The motion detection information may include a specific physical quantity, for example, displacement, velocity, acceleration, and angle. , Angular velocity, angular acceleration, and the like.

In addition, the motion detection information may be defined as a specific function value using the specific physical quantity as a parameter. For example, when the motion sensing unit 20 is implemented as a 3-axis geomagnetic sensor or 3-axis acceleration sensor, The specific physical quantity may be measured for each of the three axis directions and may include a function value derived by summing the physical quantities for each of these axis directions with each other, and the first order derived by experiments using the physical quantity for each axis direction as a parameter. Alternatively, it may include a function value defined as a second or more function. This will be described in more detail with reference to FIG. 3.

3 is a graph showing the result of the motion sensing unit 20 detecting the golfer's motion as the golfer makes two golf swings. FIG. 3 (a) is a graph showing a change in angular velocity ω over time. 3 (b) is a graph showing the change in the angular acceleration α with respect to the angular velocity ω shown in the above (a).

As shown in (a) and (b) of FIG. 3, the angular velocity ω and the angular acceleration α progress in an indefinite pattern according to the golfer's operation, and a very large change occurs at the time t1 and time t2 points. It can be seen that. That is, it can be seen that the change of the motion detection information is very large when the golfer makes a golf swing.

Therefore, it can be seen from the change pattern of the motion detection information that the golf swing was performed once at the time t1 and the golf swing was performed once again at the time t2.

In this case, as shown in (b) of FIG. 3, the reference value a1 or a2 or the reference ranges a1 to a2 are set in advance, and the size of the motion detection information is detected to be equal to or greater than the preset reference value or more than the preset reference range. If detected as will be able to recognize this as a golf swing.

The shot recognizing unit 32 is configured such that the position information received by the position information receiving unit 10 satisfies the first condition, and the motion detection information detected by the motion sensing unit 20 satisfies the second condition. In this case, the golfer determines that the golf shot is made at the corresponding position and performs automatic counting.

Therefore, for each of the R1 to R4 regions shown in FIG. 2, a preset reference (a1 or a2 value as shown in FIG. 3 or a range of a1 to a2) similar to the change pattern of the motion detection information shown in FIG. 3. If an abnormal change is detected, it can be determined that the golfer has made a golf shot at the corresponding position (usually a golf swing is performed after one or two practice swings before the golf shot. The fact that the swing is detected multiple times does not mean that the golf shot is plural times, and even if multiple golf swings are detected, it is preferable to count one golf shot as long as it is within a preset radius range.

On the other hand, in the automatic counting of golf shots as determined by the shot recognition unit 32 as described above, the golf score recording apparatus according to the present invention is not always accurately counted and counted. As described above, it is preferable to provide a correction screen so that information on the golf shot can be changed.

FIG. 4 is an example of a screen showing a golf course map information MAP implemented by an image through a display unit 40 (see FIG. 1) of a golf score recording apparatus according to the present invention and shot recording of a golfer matched thereto. It is shown.

As shown in FIG. 4, the golfer made a tee shot at the P1 position, a second shot at the P2 position, a third shot at the P3 position, and a P4 position around the green. You can see that it was recorded as an Approach Shot in.

As shown in Fig. 4, recording reduction input means CM is displayed at each shot position (P2 position, P3 position and P4 position), and recording increment input means CP is placed between each shot position. When the recording reduction input means CM is inputted, the shot recording at the corresponding position is deleted, and when the recording increment input means CP is inputted, a golf shot is further added at a predetermined point between recorded shot positions. One record is added so that the score is revised.

For example, if a golfer does not record on the screen even though he has made a second shot at any point between the P1 and P2 positions, the golfer may press the write increment input means CP between the P1 and P2 positions to press the P1 and P2 positions. You can calibrate the recording by taking a second shot between positions, where the shot at P2 is the third shot, the shot at P3 is the fourth shot, and the shot at P4 is the fifth shot. Can be corrected.

If the golfer has incorrectly recorded a second shot at the P2 position even though he has not made a golf shot at the P2 position, the golfer may press the record reduction input means (CM) near the P2 position to delete the shot record at the P2 position. By correcting the recording, the shot at the P3 position can be automatically corrected to be the second shot and the shot at the P4 position to be the third shot.

On the other hand, the putter recording unit 33 provides a means for directly inputting the number putt by the golfer when it is determined that the golfer is putting on the green as a result of analysis of the received position information and according to the number of putts input by the golfer The golf score is recorded.

The golf score recording apparatus according to the present invention allows the golfer to manually input the number of putts in order to more accurately input the number of putts on the green.

As shown in FIG. 5, the putting recording unit 33 provides a screen PD for directly inputting the number of times the golfer puts on the green through the display unit 40. By directly inputting the number of putts through, the score record in the hole currently being rounded is finally completed.

At this time, the input means 60 may be provided as a separate input panel, etc., but is implemented in a touch screen method as shown in FIG. It is preferable to enable the input of the number of putts.

The putting input screen PD shown in FIG. 5 is provided with not only the putting number input means 102 but also the recording correction input means 101 which can correct the recording of the golf shot recorded before putting. It is desirable to be able to calibrate the final record.

Meanwhile, the golf score recording apparatus according to an embodiment of the present invention may further include a display unit 40, a storage unit 50, and an input unit 60 (see FIG. 1).

The present invention is basically an automatic counting mode that automatically records the golf shots using the position information and motion detection information, so that the score recording is made, and allows the golfer to manually input the number of golf shots his own shot score recording A manual counting mode is provided to allow this to occur, allowing the golfer to selectively use either an automatic counting mode or a manual counting mode.

The storage unit 50 not only stores all the data necessary for the score recording according to the automatic counting mode, but also stores all the data necessary for the score recording according to the manual counting mode, and relates to the golf course that the golfer is currently rounding. Map information can also be stored.

The storage unit 50 may store map information about a main golf course in advance, or may download and store map information of a golf course to be selectively rounded by a golfer by connecting to a server (not illustrated). Golf score recording apparatus according to the invention may be a module for performing wireless communication using a wireless communication module (3G network or a module for performing wireless communication through a local area network, any other type of wireless communication module It may be configured to be able to access the server wirelessly, including all).

In addition, the storage unit 50 is preferably configured to store the image data implemented through the display unit 40.

The display unit 40 is configured to output information about a golfer's score record or map information of a golf course currently being rounded by an image by image data stored in the storage unit 50.

Preferably, the display unit 40 is configured to display location information of a golfer shot on the map information while outputting motion information of a current golf course.

The input means 60 is for allowing a golfer to input predetermined information. The input means 60 may be implemented as a plurality of input buttons or may be implemented in a touch screen manner in conjunction with the display unit 40.

The input means 60 is used when a golfer inputs predetermined information, and corrects the number of golf shots in the automatic counting mode, inputs the number of putts when putting, or counts the number of his golf shots in the manual counting mode. It may be used for direct input.

On the other hand, the golf score recording apparatus according to an embodiment of the present invention may further comprise a sound information processor 71 and a sound collector 72 (see Fig. 1).

The sound information processing unit 71 and the sound collecting unit 72 collect and analyze sound information generated in the vicinity of the golfer to perform a function that can supplement the determination of whether the golfer has made a golf shot. .

That is, the sound collecting unit 72 collects the sound generated in the vicinity of the golfer and transmits it to the sound information processing unit 71, and the sound information processing unit 71 analyzes the received sound information and the head of the golf club. By determining whether the sound is generated when the ball collides, it is determined whether the golfer has shot or practiced swing.

On the other hand, with reference to Figure 6 will be described with respect to the golf score recording apparatus according to another embodiment of the present invention.

The golf score recording apparatus according to the embodiment shown in FIG. 6 includes a location information receiver 10, an operation sensing unit 20, a score recording unit 30, a display unit 40, a storage unit 50, and an input unit 60. ), And may further include a sound information processing unit 71 and a sound collecting unit 72.

Here, except for the points related to the score recorder 30, since the description is substantially the same as in the above-described embodiment of FIG.

The score recorder of the golf score recorder according to the present embodiment includes a walking checker 31a, an address checker 31b, a swing checker 31c, a shot recognition unit 32, a putting recorder 33, and the like. . Here, the matters relating to the putting recording unit 33 are substantially the same as those of the embodiment shown in FIG. 1, and thus, detailed description thereof will be omitted.

The gait checker 31a, the address checker 31b, and the swing checker 31c are configured to analyze change patterns of the golfer's motion detection information detected by the motion sensing unit 20, respectively.

The gait checker 31a checks a change pattern that appears when a golfer walks in a change pattern of motion detection information, and the address checker 31b addresses an address for the golfer to swing in a change pattern of motion detection information. (Change address appearing when taking an address, a posture for golf swing), the swing check unit 31c is configured to check the change pattern appears when the golfer makes a golf swing in the conversion pattern of the motion detection information do.

When it is determined that the golfer walks as a result of the check by the walking checker 31a and when it is determined that the golfer takes an address by the check by the address checker 31b, the shot recognition unit 32 does not operate. If it is determined that the golfer has made a golf swing as a result of the check by the swing checker 31c, the shot recognition unit 32 operates to determine whether the golfer has made a golf shot.

For example, if a pattern in which the small change is repeatedly performed without a large change in angular velocity or angular acceleration in the change pattern of the motion detection information shown in FIG. 3 may be determined as walking, and a pattern in which the angular velocity or angular acceleration changes significantly is shown. It can be determined that the golf swing. The address can be determined by the change pattern that appears before the golf swing.

The gait checker 31a, the address checker 31b, and the swing checker 31c may be configured to determine gait, address, swing, and the like, respectively, according to the magnitude of change in the motion detection information. It may be configured to check whether it is walking, address, or swing by storing the general pattern of the poem in advance and comparing it with the change pattern of the motion detection information (ie, the pre-stored pattern and the being checked). The similarity of the pattern may be calculated, and if the similarity exceeds the reference value, it may be determined as a corresponding action (walking, address, swing).

On the other hand, when it is determined that the golfer has made a golf swing as a result of the check by the swing checker 31c, the shot recognition unit 32 analyzes the positional information received by the positional information receiver 10 and positions a predetermined number of times. It may be determined that the golfer has shot when it is satisfied by determining whether the information (or location information for a predetermined time) is recorded within a preset radius range.

Meanwhile, a golf score recording method according to an embodiment of the present invention will be described with reference to FIG. 7.

The golf score recording method according to the present invention includes not only a golf score recording method provided in an application driven in a mobile terminal, but also a golf score recording method provided in a golf score recording device.

As shown in FIG. 7, it is first selected whether the golf score is to be recorded in the automatic counting mode (S100) or the manual score mode (S200).

When the golf score is recorded in the automatic counting mode (S100), the score recorder collects the location information and the motion detection information from the location information receiver and the motion sensing unit (S110). Preferably, the location information receiver and the motion sensing unit are driven independently of the score recorder, and the score recorder preferably transmits the location information and the motion detection information to the score recorder in real time separately from analyzing the location information and the motion detection information. Do.

The score recorder records whether the golfer is currently at a position by matching and recording the collected location information with map information of a golf course where the golfer is currently rounding (S120).

As a result of analyzing the location information, it is determined whether the current golfer is located on the green to putt, that is, whether the golfer is putting (S130). If the location information is detected on the green on the golf course, it may be determined that the putting is performed.

If the golfer is to putt, the process of putting putt recorder provides a means for inputting the putt record proceeds (S131 to S134), and if the golfer does not putt, the information recognition process for recognizing the golf shot of the golfer It proceeds (S130 to S180).

When not putting, first, by analyzing the collected location information (S140), it is determined whether the first condition is satisfied (S141). Whether the first condition is satisfied may be determined by determining whether a preset number of location information (or location information for a predetermined time interval) is recorded within a preset radius range.

If it is determined that the first condition is satisfied, analysis of the motion detection information is started (S150), and if the first condition is not satisfied, the process returns to the information collection step again.

As a result of the analysis of the motion detection information, it is determined whether the second condition is satisfied (S152), and when the second condition is met, the golfer determines that the golf shot has been made, and if not, returns to the information collection step.

Here, whether the second condition is satisfied may be determined by determining whether a change pattern of the motion detection information is equal to or greater than a preset reference.

When the first condition and the second condition are satisfied, the golf shot is recognized and counted automatically (S160).

The golfer stores the shot position (S170), and displays a correction screen for correcting the shot counting record through the display unit so that the golfer can correct the recording (S180).

If it is determined that the golfer is putting, as a result of the analysis of the position information, the putting record manual input screen is displayed (S131), and the golfer inputs his putting record through this (S132) and becomes a hole out (S133) to make a hole. The move is in progress. When the hole is out, the record of the golfer in the hole is stored (S134), and when the round of golfers ends, the records of the stored holes are summed to record the final golf score.

On the other hand, if the manual counting mode is in progress (S200), the location information is collected (S210) by matching the location information to the map information of the current golf course round record (S220).

Then, the shot information input screen is displayed through the display unit (S230), and the golfer manually inputs the shot information (S240), the final recording in the corresponding hole is completed and holed out (S250), and the input record is stored ( At the end of the round, records at each hole are summed to record the final golf score.

Meanwhile, as described above, when the final golf score is recorded through the golf score recording apparatus, it is stored in the storage unit 50 (see FIGS. 1 and 6), and the golf score record may be uploaded to the server by accessing the server. .

The server may store the score record information of the uploaded golfer in the database, and then display the golfer when the golfer accesses the server using a predetermined terminal and requests a reading.

The server that stores the golfer's score record information may not only show the record but also analyze it and provide the golfer with the results of the analysis. The lesson pro may provide expert opinion that analyzed the golfer's record. Statistical information on past records may be extracted and provided.

10: position information receiving unit, 20: motion sensing unit
30: score record, 31: information collection
32: shot recognition unit, 33: putting recording unit
40: display unit, 50: storage unit
60: input means, 71: sound information processing unit

Claims (23)

A golf score recording method of an application driven in a mobile terminal having a motion sensing unit and a location information receiver,
Allowing the motion sensing unit to detect a golfer's motion and receiving the current location information at the location information receiver;
The golfer takes a shot by determining whether the first predetermined condition for the received position information is satisfied and whether the second predetermined condition for the motion detection information is satisfied according to the determination result. Determining whether it has been done; And
If the golfer determines to have shot, automatically causing the golf shot to be counted so that the golf score is recorded;
Golf score recording method of the application driven in the mobile terminal comprising a. delete The method of claim 1, wherein the determination of whether the first condition is satisfied,
The method of recording a golf score of an application driven in a mobile terminal, characterized in that it is determined whether or not the position information of a predetermined number of times is recorded within an area of a predetermined radius range. The method of claim 1, wherein the determination of whether the first condition is satisfied,
And determining whether or not the location information is recorded within an area of a preset radius for a preset time. The method of claim 1, wherein the determination of whether the second condition is satisfied,
Determining whether the motion detection information including a specific physical quantity according to a movement of the mobile terminal or a specific function value having the specific physical quantity as a parameter is changed by more than a preset criterion. How to record a golf score. A golf score recording method of an application driven in a mobile terminal having a motion sensing unit and a location information receiver,
Allowing the motion sensing unit to detect a golfer's motion and receiving the current location information at the location information receiver;
Determining whether a golfer has shot by analyzing the position information received by the position information receiver and analyzing a change pattern of the motion detection information; And
If the golfer determines to have shot, automatically causing the golf shot to be counted so that the golf score is recorded;
Golf score recording method of the application driven in the mobile terminal comprising a. The method of claim 6, wherein the determining of the
The motion detection information includes a specific physical quantity according to the movement of the mobile terminal or a specific function value having the specific physical quantity as a parameter.
And determining whether the golfer has shot by determining whether the motion detection information is changed by more than a preset reference. The method of claim 6, wherein the determining of the
Determining whether the location information is recorded for a preset number of times or for a preset time within a preset radius range;
And determining whether the golfer has shot by analyzing whether the change pattern of the motion detection information is a pattern that appears when the golfer takes a shot. Way. 7. The method of claim 1 or 6, wherein the golf score is recorded:
The current golfer is loaded with map information about the golf course being rounded, so that the corresponding location information when the golfer determines that the shot is matched with the map information of the golf course to be recorded is driven in the mobile terminal How to record the golf score of the application. 7. The method of claim 1 or 6, wherein the golf score is recorded:
Loading and displaying map information on a golf course being rounded by a golfer,
And displaying the corresponding location information on the map of the displayed golf course when the golfer determines that the shot has been taken. The method according to claim 1 or 6,
Analyzing the location information to determine whether a golfer is putting on a green;
And displaying a means for the golfer to input the putt when the golfer is putting on the green. The method according to claim 1 or 6,
And displaying a screen on which a golfer can manually correct the result of the automatic golf shot counting. In the golf score recording method of an application driven in a mobile terminal having a motion sensing unit, a location information receiver and a sound information processor for analyzing and processing the sound,
Allowing the motion sensing unit to detect a golfer's motion and receiving the current location information at the location information receiver;
Analyzing the motion detection information of the golfer detected by the motion sensing unit and the location information received by the location information receiving unit;
If it is determined that the golfer has made a swing as a result of the analysis, determining whether the golfer has shot or practiced swinging according to a sound analysis result processed by the sound information processing unit; And
If the golfer determines to have shot, automatically causing the golf shot to be counted so that the golf score is recorded;
Golf score recording method of the application driven in the mobile terminal comprising a. The method of claim 1, wherein the determining is performed.
Analyzing the motion detection information to determine whether a golfer is walking or swinging;
If it is determined that the golfer is swinging, it is determined whether or not the golfer has shot by determining whether the location information meets a preset condition. How to record a golf score. In the golf score recording method of the application driven in the mobile terminal having a location information receiving unit and the motion sensing unit,
Allowing the motion sensing unit to detect a golfer's motion and receiving the current location information at the location information receiving unit; motion detection information of the golfer detected at the motion sensing unit and location information received at the location information receiving unit; An automatic counting mode comprising the step of determining whether the golfer has shot by analyzing the data, and if the golfer determines that the shot has been made, automatically recording the golf score by counting the golf shot;
A golf score recording method of an application driven in a mobile terminal, characterized in that any one of a manual counting mode in which a golfer directly inputs a golf shot counting to record a golf score is selectively performed. In the golf score recording method provided by a golf score recording device having a position information receiving unit and a motion sensing unit,
Detecting a golfer's motion in the motion sensing unit and receiving current location information in the location information receiver;
Determining whether the golfer has shot by analyzing the motion detection information of the golfer detected by the motion sensing unit and the location information received by the location information receiver; And
If it is determined that the golfer has shot, recording the golf score by automatically counting the golf shot;
Golf score recording method provided by a golf score recording device comprising a. A location information receiver configured to receive current location information;
Motion sensing unit for sensing the motion of the golfer; And
An information collector configured to collect position information received by the position information receiver and motion detection information of a golfer detected by the motion sensing unit, and whether the position information collected by the information collector satisfies a first predetermined condition; And a shot recognizing unit that determines whether the golfer has shot by determining whether the motion detection information collected by the information collecting unit satisfies a second predetermined condition, and determines that the golfer has shot. A score recorder for automatically counting golf shots so that golf scores are recorded;
Golf score recording device comprising a. delete A location information receiver configured to receive current location information;
Motion sensing unit for sensing the motion of the golfer; And
By analyzing the motion detection information of the golfer sensed by the motion sensing unit and the location information received by the location information receiver determines whether the golfer has shot and counts the golf shot automatically when it is determined that the golfer has shot. A score record configured to provide an automatic counting mode and a manual counting mode that allows the golfer to manually enter a golf shot by providing a means for the golfer to manually enter a golf score,
And perform either one of the automatic counting mode and the manual counting mode selectively according to the golfer's selection. A location information receiver configured to receive current location information;
Motion sensing unit for sensing the motion of the golfer;
By analyzing the motion detection information of the golfer sensed by the motion sensing unit and the location information received by the location information receiver determines whether the golfer has shot and counts the golf shot automatically when it is determined that the golfer has shot. A score recorder for recording a golf score;
A storage unit for storing map information on a golf course currently being rounded by a golfer; And
Including a display unit for outputting the map information stored in the storage unit,
And the position information of the shot when the golfer determines that the shot has been made by the score recording unit so as to be displayed on the map information output through the display unit. A location information receiver configured to receive current location information;
Motion sensing unit for sensing the motion of the golfer;
By analyzing the motion detection information of the golfer sensed by the motion sensing unit and the location information received by the location information receiver determines whether the golfer has shot and counts the golf shot automatically when it is determined that the golfer has shot. A score recorder for recording a golf score; And
A putting recorder for providing a means for inputting the number putt by the golfer when the golfer puts it on the green by analyzing the position information and for recording a golf score according to the putt number inputted by the golfer;
Golf score recording device comprising a. A location information receiver configured to receive current location information;
Motion sensing unit for sensing the motion of the golfer; And
A walk check unit for checking a golfer's gait by analyzing motion detection information of a golfer detected by the motion sensing unit, and a swing checker for checking a swing of a golfer by analyzing motion detection information of a golfer detected by the motion sensing unit And a shot recognizing unit determining whether the golfer has shot by determining whether the position information received by the position information receiving unit satisfies a preset condition when the golfer swings as a result of the check of the swing check unit. A score recorder for automatically counting golf shots so that a golf score is recorded when it is determined that the golfer has shot;
Golf score recording device comprising a. A server for providing an application for providing a golf score recording method according to any one of claims 1, 6, 13, 15, and 16 to a mobile terminal connected to a network.

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