TW201304840A - Golf score recording method of application operated in mobile terminal and golf score recording device using the same - Google Patents

Abstract

Disclosed are a golf score recording method of an application operated in a mobile terminal, which is capable of recognizing whether a golfer has taken a golf shot using current position information of the golfer and action sensing information of the golfer without the golfer directly recording golf shots during a round of golf so that the shot can be automatically counted, and therefore, golf score can be automatically recorded, thereby improving golfer convenience and more accurately recording the golf score, and of selectively providing an automatic counting mode for automatically counting golf shots and a manual counting mode for allowing the golfer to manually input a golf score, thereby improving golfer convenience, a golf score recording device using the same, and an application providing the same.

Description

Golf score recording method for mobile terminal operation application and high using the same Wolf ball score recording device

The present invention relates to a golf ball score recording method for mobile terminal operation application and a golf ball score recording device using the same, in particular, a golf ball capable of easily and conveniently recording a golfer in a golf round A golf score recording device of a score, and a golf ball score recording method using the same, in particular, a golf ball score recording method for an operation terminal operation application such as a smart phone.

Golf is a sport in which a golf round consists of 18 holes with a total of 3, 4 and 5 poles. The golfer swings the ball on the tee for each hole and The golf putting puts the golf putter into the hole. It is not easy for a golfer to remember how many shots a golfer has hit in a golf round.

To this end, many devices have been developed that can correctly record golf scores in a round of golf.

In the so-called smart phones and terminals that record golf scores, many techniques for operating applications for recording golf scores have also been developed.

However, in the conventional technique, whether or not a golfer hits the ball interferes with the golfer's focus on playing golf, and counting and recording such a shot is necessary. Moreover, if the golfer does not record each shot, the golf score is only dependent on the golfer's memory. As a result, recording golf scores is cumbersome and incorrect.

Accordingly, the present invention has been made in view of the above problems, and an object of the present invention is to provide a golf ball score recording method for mobile terminal operation application and a golf ball score recording apparatus using the same, which can recognize Whether the golfer has used the current position information of the golfer and the action sensing information of the golfer to perform the hitting, without the golfer directly recording the golf shot in a golf round, so that the golfer can automatically Counting shots and thus automatically recording golf scores to improve golfers' Convenience and accurate recording of golf scores, and optional automatic counting mode for automatically counting golf shots, and manual counting mode for manually inputting golf scores by the golfer above, thereby improving the convenience of the golfer Sex.

According to the features of the present invention, the above and other objects are achieved by providing a golf ball score recording method for a mobile terminal operating application, wherein the mobile terminal includes a motion sensing unit and a location information receiving unit, the golf ball The score recording method includes: sensing the action of the golfer by using the motion sensing unit, and receiving the current location information by using the location information receiving unit; determining whether the received location information satisfies a first preset condition, and Whether the received location information meets the result of the first preset condition and determines whether the golfer's motion sensing information satisfies a second preset condition to determine whether the golfer has hit the ball; When it is determined that the golfer has made a shot, the golf shot is automatically counted to record the golf score.

According to another feature of the present invention, a golf ball score recording method for a mobile terminal operating application is provided, wherein the mobile terminal device includes a motion sensing unit and a location information receiving unit, and the golf ball score recording method includes: Sensing the action of the golfer with the motion sensing unit, and receiving the current location information by using the location information receiving unit; analyzing the location information accepted by the location information receiving unit, and the motion sensing information of the golfer A change pattern to determine whether the golfer has hit the ball; and automatically counts the golf shot when it is determined that the golfer has hit the ball to record the golf score.

According to another feature of the present invention, a golf ball score recording method for a mobile terminal operation application is provided, wherein the mobile terminal device includes a motion sensing unit, a position information receiving unit, and sound information for analyzing and processing the sound. a processing unit, the golf ball score recording method includes: sensing, by the motion sensing unit, a golfer's motion, and receiving the current location information by using the location information receiving unit; analyzing the golfing sensed by the motion sensing unit The motion sensing information of the player and the location information received by the location information receiving unit; determining whether the golfer has hit the ball according to the sound analysis result processed by the voice information processing unit, or based on The result of the analysis determines whether the golfer has performed a shot, determines whether the golfer has practiced the swing, and automatically counts the golf shot when the golfer has decided to hit the ball to record the golf ball. fraction.

According to another feature of the present invention, a golf application for mobile terminal operation application is provided The ball score recording method, wherein the mobile terminal device comprises an action sensing unit and a position information receiving unit, the golf ball score recording method comprising selectively performing an automatic counting mode or a manual counting mode, wherein the automatic counting mode comprises: using The motion sensing unit senses the action of the golfer, and receives the current location information by using the location information receiving unit; analyzes the motion sensing information of the golfer sensed by the motion sensing unit, and the location information The location information received by the information receiving unit to determine whether the golfer has hit the ball; and when the golfer is determined to have hit the ball, the golf ball is automatically counted to record the golf score. The manual counting mode is used to allow the golfer to directly input the number of golf shots to record the golf score.

According to another feature of the present invention, a golf ball score recording method for use in a golf ball score recording apparatus is provided, wherein the golf ball score recording apparatus includes a motion sensing unit and a position information receiving unit, the golf score record The method includes: sensing, by the motion sensing unit, a golfer's motion, and receiving the current location information by using the location information receiving unit; analyzing the motion sensing information of the golfer sensed by the motion sensing unit, and The location information received by the location information receiving unit to determine whether the golfer has hit the ball; and when the golfer is determined to have hit the ball, the golf ball is automatically counted to record the golf score.

According to another feature of the present invention, a golf ball score recording apparatus includes: a position information receiving unit for receiving current position information; a motion sensing unit for sensing a golfer's motion; and a a score recording unit, comprising: an information collecting unit, configured to collect the location information received by the location information receiving unit, and the motion sensing information of the golfer sensed by the motion sensing unit; and a hitting ball The identification unit is configured to determine whether the location information collected by the information collection unit satisfies a first preset condition, and determine whether the action information of the golfer collected by the information collection unit satisfies a second pre- A condition is set to determine whether the golfer has hit the ball for automatically counting the golf shot to record the golf score when it is determined that the golfer has hit the ball.

According to another feature of the present invention, a golf ball score recording apparatus includes: a position information receiving unit for receiving current position information; a motion sensing unit for sensing a golfer's motion; and a a score recording unit configured to provide an automatic counting mode and a manual counting mode, wherein the automatic counting mode is used to analyze the sense by the motion sensing unit Measuring the action sensing information of the golfer and the location information received by the location information receiving unit to determine whether the golfer has hit the ball and determining that the golfer has performed When hitting the ball, the golf shot is automatically counted, and the manual counting mode is used to provide a device for the golfer to manually input the golf score, so that the golfer can manually input the number of golf shots, wherein the automatic counting The mode or the manual counting mode is selectively performed in accordance with the golfer's selection.

According to another feature of the present invention, a golf ball score recording apparatus includes: a position information receiving unit for receiving current position information; a motion sensing unit for sensing a golfer's motion; and a score a recording unit, configured to analyze the motion sensing information of the golfer sensed by the motion sensing unit, and the location information received by the location information receiving unit to determine whether the golfer has performed Batting, and automatically counting golf shots for recording golf scores when determining that the golfer has hit the ball; a storage unit for storing map information about a golf course, and the golfing Is a golf round on the golf course; and a display unit for outputting the map information stored in the storage unit, wherein the golf scorer determines that the golfer has hit the ball The position information of the shot is displayed on the output map information via the display unit.

According to another feature of the present invention, a golf ball score recording apparatus includes: a position information receiving unit for receiving current position information; a motion sensing unit for sensing a golfer's motion; and a score a recording unit, configured to analyze the motion sensing information of the golfer sensed by the motion sensing unit, and the location information received by the location information receiving unit to determine whether the golfer has performed Batting, and automatically counting golf shots when it is determined that the golfer has hit the ball for recording the golf score; and a putter recording portion for providing a decision for the golfer to decide When the ridge is pushed, the number of putts is input as the result of the analysis of the position information, and the golf score is recorded in accordance with the number of puts input by the golfer.

According to another feature of the present invention, a golf ball score recording apparatus includes: a position information receiving unit for receiving current position information; a motion sensing unit for sensing a golfer's motion; and a The score recording unit includes: a walking inspection unit configured to analyze the motion sensing information of the golfer sensed by the motion sensing unit to check Whether the golfer is walking; a swing inspection portion for analyzing the motion sensing information of the golfer sensed by the motion sensing unit to check the golfer's swing; and The shot recognition unit is configured to determine whether the position information received by the position information receiving unit satisfies a first preset condition when determining whether the golfer has swung according to the inspection result of the swing inspection unit. It is determined whether the golfer has hit the ball for automatically counting the golf shot to record the golf score when it is determined that the golfer has hit the ball.

Now, an exemplary embodiment of a golf ball score recording method for a mobile terminal operation application according to the present invention and a golf ball score recording apparatus using the same will be described in detail with reference to the accompanying drawings.

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

The golf ball score recording apparatus according to the present invention can be provided in various forms. For example, the golf score recording device may be provided in the form of a mobile terminal, or by means of a device configured to attach to the golfer's body on the golf course (eg, a clip attached to the golfer's hat or belt) Type device) to provide. The mobile terminal can be provided in the form of a smart phone or a personal digital assistant (PDA), for example, an application that provides a golf score recording method. Alternatively, the mobile terminal can be provided in the form of a dedicated terminal that can record the golf score.

The golf ball score recording apparatus according to the present invention basically includes a position receiving unit 10, a motion sensing unit 20, and a score recording unit 30.

The location receiving unit 10 can be implemented by a Global Positioning System (GPS) receiving device for receiving GPS position signals from satellites. Alternatively, the location receiving unit 10 can be implemented by a location information receiver configured to receive a current location of the golfer sensed by the system server via a local area network system disposed on the golf course. Information. Other means for receiving location information can also be used.

The motion sensing unit 20 may be a sensor for a position change, a posture change, and a physical movement amount of a golf ball score recording device such as a speed. The motion sensing unit 20 can be provided in different forms. For example, the motion sensing unit 20 can be implemented by a three-axis geomagnetic sensor, a three-axis acceleration sensor, or a gyroscope sensor. These sensors can together provide a more accurate sensing action.

More specifically, the motion sensing unit 20 can sense scrolling, up and down, and left and right tilting in the x-axis, y-axis, and z-axis directions of the golf ball score recording device. Moreover, the motion sensing unit 20 can sense different physical quantities in individual axial directions, such as corner, angular velocity, and angular acceleration.

The position information received by the position receiving unit 10 and the motion sensing information of the golfer sensed by the motion sensing unit 20 are immediately transmitted to the score recording unit 30. The score recording unit 30 analyzes the position information and the action sensing information of the golfer.

The location receiving unit 10 is preferably operated independently of the score recording unit 30. The location receiving unit 10 is configurable to receive location information at a preset point in time, or to receive location information whenever an action of a preset size is sensed.

Moreover, the motion sensing unit 20 is preferably operated independently of the score recording unit 30. The motion sensing unit 20 may be configured to generate motion sensing information whenever an action is sensed, then transmit the generated motion sensing information to the score recording unit 30, or be configured to sense the motion at a preset time point. Alternatively, the size of the action may be preset, and the motion sensing unit 20 may be configured to generate the motion sensing information only when the action of the preset size is sensed, and then transmit the generated motion sensing information to the score record. Unit 30.

At the same time, the score recording unit 30 analyzes the position information received by the position receiving unit 10 and the action sensing information of the golfer sensed by the motion sensing unit 20 to determine whether the golfer has hit the ball. When it is determined that the golfer has hit the ball, the score recording unit 30 automatically counts the shot to record the golf score.

The score recording unit 30 can be configured as a hardware that uses a preset program to analyze the location information and the golfer's motion sensing information, thereby identifying the shot and performing data processing so that the golf score can be recorded. For example, if the golf score recording device is implemented by an action terminal configured to be operated by the application software, the score recording unit 30 can be implemented by a microprocessor that analyzes the location information via the application software for recording the golf score and The golfer's motion sensing information is used to identify the shot and perform data processing so that the golf score can be recorded.

As shown in Fig. 1, the score recording unit 30 of the golf ball score recording apparatus according to the embodiment of the present invention preferably includes an information collecting unit 31, a shot recognition unit 32, and a putter recording unit 33.

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

That is, the information collecting unit 31 temporarily stores the location information received by the location receiving unit 10 to And the motion sensing information of the golfer sensed by the motion sensing unit 20, and the position information and the motion sensing information of the golfer are transmitted to the shot recognition unit 32.

The position receiving unit 10 and the motion sensing unit 20 operate independently of the score recording unit 30. Preferably, the information collecting unit 31 is configured to collect the position information from the position receiving unit 10 and the motion sensing unit 20 and the motion sensing information of the golfer in real time without waiting for the hitting recognition unit 32 to analyze the position information and The action information of the golfer.

The shot recognition unit 32 is configured to determine whether the position information collected by the information collection unit 31 satisfies the first preset condition, and determines whether the action information of the golfer collected by the information collection unit 31 satisfies the second preset condition. In order to determine whether the golfer hits the ball.

The first condition may be determined according to whether the position information is recorded in a predetermined number of times within a predetermined radius range, or whether the position information is recorded in an area having a predetermined radius for a predetermined period of time. 2 to illustrate.

Fig. 2 is a schematic view showing an example of displaying a walking route of a golfer on a golf course based on position information. In the drawings, the symbol 1 indicates the tee (where the golfer serves the ball), the symbol 2 indicates the fairway, the symbol 3 indicates the rough area, the symbol 4 indicates the bunker, and the symbol 5 indicates the green. Moreover, the location information received immediately is indicated by P.

As shown in Fig. 2, it can be seen that the golfer stops in the region R1 of the teeing ground, the region R2 and the region R3 of the fairway, and the region R4 of the rough grass region for a while. That is, it can be seen that the location information has been detected multiple times in the area R1 and the area R4.

When a golfer hits the ball generally, the golfer stops in an area having a predetermined radius for a period of time, unlike when the golfer is walking. Therefore, as shown in Fig. 2, strong detection of position information in the area R1 and the area R4 means that the golfer is parked in the area for a certain period of time. As a result, golfers are more likely to hit the ball in these areas.

The shot recognition unit 32 may preset a certain radius range with respect to each of the areas R1 to R4, and may determine whether the position information has been detected many times or over a period of time within a preset radius.

Moreover, the shot recognition unit 32 may preset the number of times the position information is detected within a preset radius, or may preset the time at which the position information is detected.

As a result, the shot recognition unit 32 can determine whether the position information is detected a preset number of times within a predetermined radius or determine whether the position information is continuously detected until a predetermined time elapses. Whether the first condition is met.

On the other hand, the second condition may depend on whether the golf score device operated by the golfer moves according to the movement of the golfer, and whether the result of the golfer's motion sensing information exceeds the pre-predicted result Set the degree.

The golfer's motion sensing information may include a specific physical quantity according to the movement of the golf score device, or a specific function value having a specific physical quantity as a parameter. The shot recognition unit 32 may analyze a pattern in which a physical quantity or a specific function value according to the movement of the golf score device is changed to check whether the degree of change exceeds a preset reference value or range, thereby determining whether the golfer has hit the ball. .

The motion sensing unit 20 can be implemented by a geomagnetic sensor, an acceleration sensor, or a gyroscope sensor. The golfer's motion sensing information may include a specific physical quantity such as displacement, acceleration, angle, angular velocity, or angular acceleration.

Moreover, the golfer's motion sensing information can be defined as a specific function value having a specific physical quantity as a parameter. For example, if the motion sensing unit 20 is implemented by a triaxial geomagnetic sensor or a triaxial accelerometer, the specific physical quantity described above can be measured in each of the three axial directions. It may also include function values derived by adding physical quantities in individual axes, and may also include functions defined as experiments derived from experiments using individual axial physical quantities as parameters and functions of quadratic or higher order functions. The numerical values will be described in more detail below with reference to Figs. 3(a) and 3(b).

FIGS. 3( a ) and 3 ( b ) are graphs showing the results of the action of the golfer sensed by the action sensing unit 20 when the golfer performs the secondary golf swing, 3(a) is a graph showing the angular velocity ω as a function of time, and FIG. 3(b) is a graph showing a change in the angular acceleration α with respect to the angular velocity ω of FIG. 3(a).

As shown in FIGS. 3(a) and 3(b), it can be seen that the angular velocity ω and the angular acceleration α travel in an unspecified pattern in accordance with the movement of the golfer, and the angular velocity ω and the angular acceleration α are at The time points t ₁ and t ₂ vary greatly. That is, it can be seen that when the golfer hits the ball, the golfer's motion sensing information is largely changed.

As a result, the golfer from the action of the changing pattern of the sensing information seen, the golfer at a time point t ₁ is the swing, and at the time point t ₁ and t ₂ another swing.

At this time, as shown in FIG. 3(b), the reference value a1 or a2 may be preset, or the reference range a1 Up to a2, and when the size of the golfer's motion sensing information exceeds a preset reference value or a preset reference range, it can be recognized as a swing.

If the location information received by the location receiving unit 10 satisfies the first condition, and the motion sensing information of the golfer sensed by the motion sensing unit 20 satisfies the second condition, the shot recognition unit 32 determines that the golfer has already Hit the ball at the corresponding position and perform automatic counting.

Therefore, if the change exceeds the preset reference value or the reference range (such as the value a1 or a2 shown in FIG. 3(b), or the range a1 to a2), it is relative to each of the regions R1 to R4 shown in FIG. It is detected that, similar to the change pattern of the golfer's motion sensing information, it is determined that the golfer hits the ball at the corresponding position. (Generally, the golfer only hits the ball after practicing the swing once or twice. For this reason, the golfer is not considered to have hit the ball many times, although there are multiple swings in the golfer's The motion sensing information is detected in the change pattern, so although multiple swings are detected, it is preferable that if the swing is performed within a preset radius, only one shot is recognized, and accordingly Count the shots.)

At the same time, the shot recognition unit 32 does not always correctly recognize the shot when determining and automatically counting the shot as described above. To this end, the golf ball score recording apparatus according to an embodiment of the present invention preferably provides a correction screen for causing information about the shot to be changed, as shown in FIG.

4 is a schematic diagram showing an example of a screen for displaying a golf course map information MAP by image display via a display unit 40 (see FIG. 1) of a golf ball score recording apparatus according to an embodiment of the present invention, and matching with golf course map information. The golfer's batting record.

As shown in Figure 4, the golfer can see from the screen that the golfer is serving at position P1, the second shot at position P2, the third shot at position P3, and the position P4 near the green. Take a close shot on the top.

Further, as shown in Fig. 4, the recording lowering input means CM is displayed at each of the hitting positions (position P2, position P3, and position P4), and the recording rising input means CP is displayed between the relative hitting positions. When the input of the drop input device CM is recorded, the hitting record corresponding to the hitting position is deleted. On the other hand, when the input record rising input device CP is input, the hitting record at a certain point between the recorded hitting positions is added. In this way, the score is collected.

For example, if the golfer's second shot has not been recorded on the screen, the golfer has already played a second shot at some point between position P1 and position P2, then golfing Can push the record rise input device CP between position P1 and position P2 to The record is made such that the record indicates that the golfer is making a second shot between position P1 and position P2. At this time, the shot at the position P2 can be automatically corrected to the third shot, the shot at the position P3 can be automatically corrected to the fourth shot, and the shot at the position P4 can be automatically Corrected to the fifth hit.

On the other hand, if the golfer's second shot has been incorrectly recorded on the screen, although the golfer does not make a second shot at position P2, the golfer can push The recording close to the position P2 drops the input device CM to delete the hitting record at the position P2 so that the recording can be corrected. At this time, the shot at the position P3 can be automatically corrected to the second shot, and the shot at the position P4 can be automatically corrected to the third shot.

Meanwhile, when determining the golfer's putting on the green from the received position information analysis result, the putter recording unit 33 provides the golfer with a device for allowing the golfer to directly input the number of putts, and The number of putts entered by the golfer records the golf score.

In the golf ball score recording apparatus according to the embodiment of the present invention, the golfer can manually input the number of putts so that the number of putts on the screen can be accurately input.

As shown in Fig. 5, the pusher recording unit 33 provides a screen PD for allowing the golfer to directly input the number of putts on the green via the display unit 40. At this time, the golfer directly inputs the number of putts via the input device 60 so that the score of a certain hole at the time of recording a golfer's golf round is finally completed.

Input device 60 can be implemented with an additional input panel. Preferably, the input device 60 is implemented by a touch screen as shown in FIG. 5, such that the device 102 for inputting the number of putts is displayed on the screen, and the golfer touches the device for inputting the number of putters 102 and enter the number of putts.

The fader input screen PD is preferably provided with a recording correction device 101 for correcting a shot record recorded before the putter, and a device 102 for inputting the number of puts so that the last record of the corresponding hole can be Correction.

Meanwhile, the golf ball 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 basically provides an automatic counting mode for automatically counting golf shots using a position information and a golfer's motion sensing information to record a golf score, and providing a manual counting mode for manual input by a golfer The golf score is recorded by the number of golf shots performed by the golfer. As a result, the golfer can selectively use the automatic meter Number mode or manual count mode.

The storage unit 50 stores all necessary materials for recording scores in accordance with the automatic counting mode, and all necessary materials for recording scores according to the manual counting mode. Moreover, the storage unit 50 can store map information about the golf course where the golfer performs a golf round.

The storage unit 50 may first store map information about the golf course and may be linked to the server to receive and store map information about the golf course where the golfer wants to perform a golf round. Although not shown in the drawings, the golf ball score recording apparatus according to the present invention preferably includes a wireless communication module (which may be a module that uses a 3G network for wireless communication, or a mode that uses a regional network for wireless communication). The group may also include all other wireless communication modules, and the golf score recording device is wirelessly coupled to the server via the wireless communication module.

Preferably, the storage unit 50 is configured to store image data that is implemented via the display unit 40.

The display unit 40 is configured to output information recorded on the score of the golfer, or to output map information of the golf course in which the golfer performs a golf round as the image according to the image data stored in the storage unit 50.

Preferably, the display unit 40 is configured to output map information of the golf course where the golfer performs a golf round while displaying positional information about the position of the golfer hitting the ball on the map information.

The input unit 60 is configured to allow the golfer to input preset information. The input unit 60 can be implemented by a plurality of input buttons or touch screens operatively coupled to the display unit 40.

The input unit 60 is used when the golfer inputs preset information. Moreover, the input unit 60 can be used when the golf shot number is corrected in the automatic counting mode, when the number of putts is input, or when the golfer directly inputs the number of golf shots in the manual counting mode.

Meanwhile, the golf ball score recording apparatus according to an embodiment of the present invention may further include a sound information processing unit 71 and a sound collecting unit 72 (see FIG. 1).

The sound information processing unit 71 and the sound collecting unit 72 serve to collect and analyze sound information generated in the vicinity of the golfer for helping to determine whether the golfer has hit the ball.

That is, the sound collecting unit 72 collects the sound generated in the vicinity of the golfer and transmits the collected sound to the sound information processing unit 71. The sound information processing unit 71 analyzes the collected sound to determine whether or not sound is generated when the golf club hits the golf ball, thereby determining whether the golfer is a shot or practicing a swing.

Hereinafter, a golf ball score recording apparatus according to another embodiment of the present invention will be described with reference to FIG.

The golf ball score recording apparatus according to the embodiment shown in FIG. 6 includes a position receiving unit 10, a motion sensing unit 20, a score recording unit 30, a display unit 40, a storage unit 50, and an input device 60. The golf score recording device may further include a sound information processing unit 71 and a sound collecting unit 72.

The golf ball score recording apparatus according to the present embodiment is essentially equivalent to the golf ball score recording apparatus according to the embodiment shown in Fig. 1, except for the score recording unit 30. As a result, the description of the elements equivalent to the previous embodiment elements in the elements of the golf ball score recording apparatus according to the present embodiment will be omitted, and only the score recording unit 30 will be described in detail below.

The score recording unit 30 of the golf ball score recording apparatus according to the present embodiment includes a travel inspection unit 31a, an address inspection unit 31b, a swing inspection unit 31c, a shot recognition unit 32, and a fader recording unit 33. The pusher recording unit 33 of the present embodiment is essentially equivalent to the embodiment shown in Fig. 1, and thus detailed description thereof will be omitted.

The travel inspection unit 31a, the address inspection unit 31b, and the swing inspection unit 31c are arranged to analyze the change pattern of the golfer's motion sensing information sensed by the motion sensing unit 20.

The walking inspection portion 31a is configured to check a change pattern generated when the golfer walks in the change pattern of the golfer's motion sensing information, and the address inspection portion 31b is configured to check when the golfer is positioned (when playing When the golfer performs a golf swing posture, a change pattern generated when the golfer's motion sensing information is changed, and the swing inspection portion 31c is configured to check when the golfer is playing golf The change pattern of the movement of the person's motion sensing information is performed when the swing is performed.

When it is determined from the inspection result of the walking inspection unit 31a that the golfer is walking, and when the golfer is determined to be positioned from the inspection result of the address inspection unit 31b, the shot recognition unit 32 does not operate. When it is determined from the inspection result of the swing inspection unit 31c that the golfer has already swung, the shot recognition unit 32 operates to determine whether the golfer has performed the golf shot.

For example, if a pattern in which the angular velocity or the angular acceleration is repeatedly changed in the small width in the change pattern of the golfer's motion sensing information, as shown in FIG. 3, it is determined that the golfer is walking. On the other hand, if the golfer's motion senses the change pattern of the information The pattern in which the angular velocity or the angular acceleration is repeatedly changed to a large width determines that the golfer has already swung. Whether the golfer is addressed or not can be determined by the change pattern produced by the golfer before the swing.

The walking inspection unit 31a, the address inspection unit 31b, and the swing inspection unit 31c can be arranged to determine whether or not the golfer is walking, addressing, or swinging, depending on the magnitude of the change in the motion sensing information of the golfer. Alternatively, the walking inspection unit 31a, the address inspection unit 31b, and the swing inspection unit 31c may be configured to compare the change pattern of the golfer's motion sensing information with the general pattern of walking, addressing, and swing, which is previously How the change pattern stored to determine the golfer's motion sensing information approximates the general pattern of walking, addressing, and swing, thereby checking whether the golfer is walking, addressing, or having swung (ie, can calculate The similarity between the pattern being inspected and the previously stored pattern, and if the similarity exceeds the reference value, the golfer may be determined to perform the corresponding action (walking, addressing, or swing).

At the same time, when it is determined from the inspection result of the swing inspection unit 31c that the golfer has already swung, the shot recognition unit 32 can analyze the position information received by the position information receiving unit 10 to determine whether the position information is recorded in the preset. The preset number of times within the radius (or after a period of incubation), or may determine if the golfer has hit the ball if this condition is met.

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

The golf ball score recording method according to the present invention may include a golf score recording method provided by the mobile terminal operating application, and a golf score recording method provided in the golf score recording device.

As shown in Fig. 7, first, it is determined whether the golf score is recorded in the automatic mode (S100) or in the automatic mode (S200).

When it is determined that the golf score is recorded in the automatic mode (S100), the score recording unit collects the position information from the position receiving unit and the golfer motion sensing unit and the action sensing information of the golfer (S110). Preferably, the position receiving unit and the golfer motion sensing unit are independently driven by the score recording unit. Although the score recording unit analyzes the position information and the action sensing information of the golfer, the position receiving unit and the action sensing unit of the golfer preferably transmit the position information and the action sensing information of the golfer to the score record. unit.

The score recording unit matches the collected location information with the map information of the golf course to record where the current golfer is located, wherein the golfer performs a golf round on the golf course (S120).

Based on the analysis result of the position information, it is determined whether the golfer puts the stick on the green, that is, whether the golfer puts the stick (S130). If the location information is detected from the green of the golf course, it is decided that the golfer is on the putter.

When it is determined that the golfer is in the pusher, the pusher recording unit provides a process for inputting the fader recording device (S131 to S134). On the other hand, when it is determined that the golfer is not in the putter, the hitting recognition unit recognizes the information analysis processing of the golfer's shot (S140 to S180).

When it is determined that the golfer is not at the putter, the collected position information is analyzed (S140), and then it is determined whether the first condition is satisfied (S141). Whether the first condition is satisfied or not can be determined by determining whether the location information is recorded in a preset radius within a preset number of times (or at a preset time).

When it is determined that the first condition is satisfied, the analysis of the action information of the golfer is started (S150). On the other hand, when it is decided that the first condition is not satisfied, the processing step returns to the information collecting step.

The second condition is determined based on the motion sensing information of the golfer (S152). When it is decided to satisfy the second condition, it is decided whether the golfer hits the ball. On the other hand, when it is decided that the second condition is not satisfied, the processing step returns to the information collecting step.

Whether the second condition is satisfied or not can be determined by determining whether the action information of the golfer exceeds a preset level.

When it is decided that the first condition is satisfied and the second condition is satisfied, it is recognized that the golfer has hit the ball and automatically counts (S160).

The position where the golfer has hit the ball is stored (S170), and the screen for correcting the count record is displayed via the display unit, so that the golfer can correct the record (S180).

When it is determined by the analysis of the position information that the golfer is in the putter, the fader recording manual input screen is displayed (S131), and the golfer inputs the fader record via the fader recording manual input screen (S132). As a result, it is achieved that a hole is completed (S133) and moved to another hole. When the hole is punched, the record of the golfer corresponding to the hole is stored (S134). When the golfer completes a round of golf, add a record of the individual holes and record the final Golf score.

On the other hand, if the manual counting mode is executed (S200), the position information is collected (S210), and the map information of the golf course where the golfer plays a golf round is matched with the position information (S220).

Next, the hitting information input screen is displayed via the display device (S230), and the golfer inputs the hitting information. As a result, the final record of the golfer corresponding to the hole is completed, and a hole is reached (S250). The input record is stored (S260). When a round of golf is played, add a record of individual holes and record the final golf score.

Meanwhile, when the final golf score is recorded via the golf score recording device as described above, the final golf score is stored in the storage unit 50 (see FIGS. 1 and 6). The golf score recording device can be coupled to the server such that the golf score record is uploaded to the server.

The server may store the uploaded golfer's golf score record information into the database, and provide the golf ball when the golfer restores the golf score record information when accessing the server via the preset terminal machine The score records information to the server.

The server that stores the golfer's golf score record information not only provides a record to the golfer, but also analyzes the record and provides the analysis result to the golfer. Professional advice can be provided, including analysis of golfer records conducted by professional courses, or statistical information about previous records of golfers can be extracted and provided.

As apparent from the above description, in the golf ball score recording method for the mobile terminal operation application according to the present invention and the golf ball score recording apparatus using the same, the current position information of the golfer and the golfing can be used. The player's motion senses the information to identify whether the golfer has hit the ball without the golfer recording the golf shot directly in a round of golf, allowing the ball to be automatically counted and thus improving golfing The convenience and more accurate recording of golf scores.

The above description is only for the purpose of explaining the preferred embodiments of the present invention, and is not intended to limit the invention in any way. All should still be included within the scope of the invention as intended.

1‧‧‧Treader

2‧‧‧ fairway

3‧‧‧Grass area

4‧‧‧Bunker

5‧‧ ‧ Green

10‧‧‧Location Information Receiving Unit

20‧‧‧ motion sensing unit

30‧‧‧ fraction record unit

31‧‧‧Information Collection Department

31a‧‧‧Walk Inspection Department

31b‧‧‧Address Inspection Department

31c‧‧‧Swing Inspection Department

32‧‧‧Ball Identification Department

33‧‧‧Pushing Recording Department

40‧‧‧Display unit

50‧‧‧ storage unit

60‧‧‧Input device

71‧‧‧Sound Information Processing Unit

72‧‧‧Sound collection unit

101‧‧‧ Recording correction device

102‧‧‧Device for inputting the number of putters

CM‧‧‧ record down input device

CP‧‧‧ record rising input device

MAP‧‧‧Golf Map Information

P‧‧‧Location Information

P1, P2, P3, P4‧‧‧ position

PD‧‧‧ screen

R1, R2, R3, R4‧‧‧ areas

S100~S260‧‧‧Steps

The above and other objects, features and other advantages of the present invention are apparent from the above detailed description. A more detailed understanding of the drawings, wherein: FIG. 1 is a block diagram showing the structure of a golf ball score recording apparatus according to an embodiment of the present invention; and FIG. 2 is a view showing a golfer on a golf course according to position information. A schematic diagram of an example of a walking route; FIGS. 3(a) and 3(b) are results showing the action of the golfer sensed by the action sensing unit when the golfer performs the secondary golf swing The graph of Fig. 3 (a) is a graph showing the angular velocity as a function of time, and the third graph (b) is a graph showing the change of the angular acceleration with respect to the angular velocity of Fig. 3 (a); A schematic diagram showing a screen example for displaying golf course map information by image through a display unit of a golf ball score recording apparatus according to an embodiment of the present invention, and a golfer's shot record matching the golf course map information; FIG. Is a schematic diagram showing an example of a screen for allowing a golfer to directly input a putter number onto a green in accordance with an embodiment of the present invention; FIG. 6 is a diagram showing A block diagram showing the structure of a golf ball score recording apparatus according to another embodiment of the present invention; and Fig. 7 is a flow chart showing a golf ball score recording method according to an embodiment of the present invention.

10‧‧‧Location Information Receiving Unit

20‧‧‧ motion sensing unit

30‧‧‧ fraction record unit

31‧‧‧Information Collection Department

32‧‧‧Ball Identification Department

33‧‧‧Pushing Recording Department

40‧‧‧Display unit

50‧‧‧ storage unit

60‧‧‧Input device

71‧‧‧Sound Information Processing Unit

72‧‧‧Sound collection unit

Claims (18)

A golf ball score recording method for a mobile terminal operation application, wherein the mobile terminal device includes a motion sensing unit and a position information receiving unit, the golf ball score recording method includes: sensing the hit with the motion sensing unit The action of the golfer, and receiving the current location information by using the location information receiving unit; determining whether the received location information satisfies a first preset condition, and determining whether the first location condition is met according to the received location information As a result, determining whether the golfer's motion sensing information satisfies a second preset condition to determine whether the golfer has hit the ball; and automatically determining that the golfer has already hit the ball The golf shot is counted to record the golf score. According to the golf ball score recording method of claim 1, wherein the step of determining whether the position information accepted by the decision meets the first preset condition comprises determining whether the position information is in a range having a predetermined radius The area is recorded a preset number of times. According to the golf ball score recording method of claim 1, wherein the step of determining whether the position information accepted by the decision meets the first preset condition comprises determining whether the position information is in a range having a predetermined radius The area is recorded and passed a preset time. The golf ball score recording method according to claim 1, wherein the step of determining whether the golfer's motion sensing information satisfies the second preset condition comprises determining the golfer's motion sensing Whether the information includes a specific physical quantity according to the movement of the final motor of the action, or whether a specific function value having the specific physical quantity as a parameter exceeds a predetermined level. A golf ball score recording method for a mobile terminal operating application, wherein the mobile terminal includes a motion sensing unit and a location information receiving unit, the golf score recording method comprising: Sensing the golfer's action with the motion sensing unit, and receiving the current location information by using the location information receiving unit; analyzing the location information accepted by the location information receiving unit, and the motion sensing information of the golfer A pattern is changed to determine whether the golfer has made a shot; and when it is determined that the golfer has made a shot, the golf shot is automatically counted to record the golf score. The golf ball score recording method according to claim 5, wherein the golfer's motion sensing information includes a specific physical quantity according to the movement of the action final motor, or has the specific physical quantity as a parameter. a specific function value; and the step of determining whether the golfer has performed a shot includes determining whether the golfer's motion sensing information exceeds a predetermined level to determine whether the golfer has hit ball. The golf ball score recording method according to claim 5, wherein the step of determining whether the golfer has performed a shot comprises: determining whether the position information is recorded in a predetermined radius or a preset number of times or After a predetermined time; and analyzing whether the golfer's motion sensing information is generated when the golfer hits the ball to determine whether the golfer has hit the ball. The golf ball score recording method according to claim 1 or 5, wherein the step of recording the golf score includes loading map information about the golf course, and the golfer is performing on the golf course A round of golf and matching location information corresponding to the decision of whether the golfer has hit the ball and the map information about the golf course. According to the golf ball score recording method described in claim 1 or 5, the method further includes: Analyzing the location information to determine whether the golfer is putting a putt on the green; and displaying a number for putting the golfer into the putt when determining that the golfer is putting on the green s installation. The golf ball score recording method according to claim 1 or 5, further comprising displaying a screen for causing the golfer to manually correct the automatic golf shot count result. A golf ball score recording method for a mobile terminal operation application, wherein the mobile terminal device includes a motion sensing unit, a position information receiving unit, and a sound information processing unit for analyzing and processing the sound, the golf score The recording method includes: sensing the action of the golfer by using the motion sensing unit, and receiving the current location information by using the location information receiving unit; and analyzing the motion sensing information of the golfer sensed by the motion sensing unit. And the location information received by the location information receiving unit; determining whether the golfer has hit the ball according to the sound analysis result processed by the voice information processing unit, or determining the golfer according to the analysis result When the shot has been made, it is determined whether the golfer has practiced the swing; and when it is determined that the golfer has made the shot, the golf shot is automatically counted to record the golf score. A golf ball score recording method for a mobile terminal operation application, wherein the mobile terminal device includes a motion sensing unit and a location information receiving unit, the golf score recording method including selective execution: an automatic counting mode, including Sensing the action of the golfer with the motion sensing unit, and receiving the current location information by using the location information receiving unit; analyzing the motion sensing information of the golfer sensed by the motion sensing unit, and The location information received by the location information receiving unit to determine whether the golfer has made a shot; and automatically counts the golf shot to record the golf score when determining that the golfer has made a shot; or A manual counting mode for allowing the golfer to directly input the number of golf shots to record the golf score. A golf ball score recording method for a golf ball score recording device, wherein the golf ball score recording device includes a motion sensing unit and a position information receiving unit, the golf ball score recording method comprising: sensing the unit feeling with the motion Measuring the action of the golfer, and receiving the current location information by using the location information receiving unit; analyzing the motion sensing information of the golfer sensed by the motion sensing unit, and the location accepted by the location information receiving unit Information to determine whether the golfer has hit the ball; and automatically counts the golf shot to record the golf score when it is determined that the golfer has hit the ball. A golf score recording device comprising: a position information receiving unit for receiving current position information; a motion sensing unit for sensing a golfer's motion; and a score recording unit comprising: an information collection a portion for collecting the location information received by the location information receiving unit and the motion sensing information of the golfer sensed by the motion sensing unit; and a ball hitting portion for determining the information collection Whether the location information collected by the department satisfies a first preset condition, and determines whether the action information of the golfer collected by the information collecting unit satisfies a second preset condition, thereby determining the golfing Whether the player has performed a shot for automatically counting the golf shot to record the golf score when deciding that the golfer has made a shot. A golf ball score recording device comprising: a position information receiving unit for receiving current position information; a motion sensing unit for sensing a golfer's motion; a score recording unit configured to provide an automatic counting mode and a manual counting mode, wherein the automatic counting mode is configured to analyze motion sensing information of the golfer sensed by the motion sensing unit, and by the location The location information received by the information receiving unit to determine whether the golfer has hit the ball, and automatically counts the golf shot when determining that the golfer has hit the ball, and the manual counting mode is used for Providing a means for the golfer to manually input a golf score, such that the golfer can manually input the number of golf shots, wherein the automatic counting mode or the manual counting mode is selectively selected according to the golfer's selection Execution. A golf score recording device includes: a position information receiving unit for receiving current position information; a motion sensing unit for sensing a golfer's motion; and a score recording unit for analyzing the action The motion sensing information of the golfer sensed by the sensing unit and the location information received by the location information receiving unit to determine whether the golfer has hit the ball and decides to play the golf ball. The player has automatically counted the golf shot when hitting the ball for recording the golf score; a storage unit for storing map information about a golf course on which the golfer performs a golf a display unit for outputting map information stored by the storage unit, wherein the score recording unit determines that the golfer's position information is displayed on the display unit when the golfer has performed a shot The map information output. A golf score recording device includes: a position information receiving unit for receiving current position information; a motion sensing unit for sensing a golfer's motion; and a score recording unit for analyzing the action The motion sensing information of the golfer sensed by the sensing unit and the location information received by the location information receiving unit to determine whether the golfer has hit the ball and decides to play the golf ball. The golfer automatically counts the golf shot when hitting the ball for recording the golf score; a putter recording unit for providing a putter for the golfer to input the number of putts according to the analysis result of the position information when determining the putter on the green and according to the putter input by the golfer A device for recording golf scores. A golf ball score recording device comprising: a position information receiving unit for receiving current position information; a motion sensing unit for sensing a golfer's motion; and a score recording unit comprising: a walking check a part for analyzing motion information of the golfer sensed by the motion sensing unit to check whether the golfer is walking; a swing inspection unit for analyzing by the motion sensing a motion sensing information of the golfer sensed by the unit to check the golfer's swing; and a ball hitting portion for determining the golfing based on the inspection result of the swing inspection unit When the player has already swung, determining whether the location information received by the location information receiving unit satisfies a first preset condition, thereby determining whether the golfer has hit the ball for determining that the golfer has hit At the time of the ball, the golf shot is automatically counted to record the golf score.