TWM659213U - Information integration and assistance system for golf course - Google Patents

Abstract

The utility model patent is an information integration and assistance system for golf course. A client device can be connected to the system by user. When the user is hitting the ball on the golf course, the user's movement information can be analyzed, and combined with a field information about the golf course and environmental information, so that a hitting strategy for the next or subsequent hit or can be integrated. Secondly, the information integration and assistance system for golf course provides the function of accurate positioning, which uses the movement characteristics of golf to determine the user's location and movement direction. In addition, functions such as health monitoring, food ordering, food delivery, and digital coaches can also be integrated by the information integration and assistance system for golf course to strengthen the overall service.

Description

Golf course information integration and auxiliary system

This creation is about the technology of golf course information and service integration, especially a golf course information integration and auxiliary system.

Nowadays, people pay more attention to the quality of life, and the balance between work and entertainment is really important. In addition to travel, ball sports are also a common option. Not only does it have a sports effect, but it can also regulate the body and mind. For those who do not want or cannot do intense sports, golf is a good choice. What's more, many business people also communicate through playing golf, making it a popular ball choice for leisure.

Golf is obviously different from other ball sports in that the former are played in a specific golf course. Even if the game is intense, the space used is still within a certain range. In this case, it is not difficult to transmit information inside and outside the golf course and for people to interact with each other. However, for golf, there is a certain distance between the greens and the golf course is vast. It is not easy for golfers to transmit information. Even though it is currently possible to communicate through devices such as walkie-talkies, the scope of application is limited. For example, it is difficult to present data in real time. If we consider providing golfers with all-round services, such as physical and mental care or shot suggestions, the current form may be insufficient. In addition, unlike other competitive ball games, it is difficult for players to immediately discover their shortcomings or areas for improvement during the game. Usually, they can only practice privately, and it is still difficult to achieve the goal of immediate correction. This still needs to be improved for players.

According to the above, how to find a mechanism to integrate golf course information and services, especially so that golfers can receive various types of information in real time when playing at a golf course, such as various types of information about the hardware and software provided by the golf course, and then provide golfers with corresponding services or suggestions, thereby achieving all-round service provision, will become the goal that people in this technical field are eager to pursue.

In order to achieve the above-mentioned purpose, this invention proposes a golf course information assistance and management system, which includes: an information module, which is connected to an external database and is used to obtain the golf course information previously established in the database; a receiving module, which is used to receive the user's sports information captured by the user's client device; a hitting strategy module, which is connected to the receiving module and the information module, and is used to analyze the user's hitting pattern according to the user's sports information, and send the hitting pattern, the course information and the environmental information obtained in real time to the hitting analysis model in the hitting strategy module for landing point analysis to generate a corresponding hitting strategy; and a transmission module, which is connected to the hitting strategy module, and is used to send the hitting strategy back to the client device for reference when the user hits the ball.

In one embodiment, the real-time environmental information includes wind direction, temperature, light, humidity and/or rainfall rate.

In one embodiment, the client device is a smart watch worn on the user's hand, which is used to sense the user's swing trajectory and swing speed during the ball hitting process to provide the user's sports information.

In one embodiment, the aforementioned golf course information assistance and management system further includes a health monitoring module connected to the receiving module and the transmitting module, which is used to obtain the physiological data of the user captured by the client device as a basis for judging the health status of the user, and to transmit an alarm message about the physiological status of the user through the transmitting module. Furthermore, the physiological data includes heart rate, blood oxygen and/or body temperature.

In one embodiment, the aforementioned golf course information assistance and management system further includes an ordering module connected to the receiving module, which is used to analyze the ordering information sent from the client device or from the user's electronic device to obtain the meal content required by the user, so as to prepare the user's meal accordingly.

In one embodiment, the aforementioned golf course information assistance and management system further includes a delivery module connected to the ordering module and the transmission module, which is used to generate a delivery message based on the user's location information provided by the client device or the user's electronic device and the meal content, so as to notify the user through the transmission module and allow service personnel to deliver the meal to the user's location.

In one embodiment, the aforementioned golf course information assistance and management system further includes a positioning module connected to the receiving module, which is used to collect the positioning information returned by the client device or the electronic device of the user, so as to generate the user's forward direction based on a plurality of consecutive positioning information, and perform path analysis in combination with the course information to confirm the fairway where the user is located.

In one embodiment, the client device has an interactive module, which is used to connect to the receiving module after the user completes identity authentication, so as to display the user's real-time performance, the venue information and the real-time environmental information through an interactive interface.

In one embodiment, the interactive module issues commands or transmits messages to the receiving module or the transmitting module through the interactive interface.

In one embodiment, the golf course information assistance and management system further includes a digital coaching module connected to the information module, which is used to connect to a screen in an indoor field to present a simulated field, so as to provide the user with a way to practice hitting the ball in the indoor field, and to capture images through the camera equipment installed around the indoor field, so as to provide the digital coaching module with a shot posture analysis based on the captured images to generate correction advice messages.

In summary, the golf course information assistance and management system of this creation allows users to connect to the golf course backend platform through their client devices. When users hit the ball on the golf course, the client devices can capture the user's sports information, such as swing speed, swing angle, etc., and then send it back to the golf course backend platform for analysis. Combined with the golf course field information and current environmental information, a hitting strategy is integrated to let users know how to hit the ball in the future, so as to optimize customer service. Secondly, the golf course information assistance and management system of this creation also integrates functions such as health monitoring, food ordering and delivery, and real-time positioning. Users interact with the golf course back-end platform through client devices or electronic devices they carry, thereby providing customers with more comprehensive services; in addition, the golf course information assistance and management system of this creation also has the function of providing virtual hitting practice, allowing users to practice outside the golf course and provide relevant suggestions to achieve the effect of digital coaching.

1: Golf course information assistance and management system

11: Information module

12: Receiving module

13: Batting strategy module

14: Transmission module

15: Ordering module

16: Food delivery module

17: Health monitoring module

18: Positioning module

19: Digital coaching module

2: Client device

21:Interactive module

3: Database

41:Screen

42:Photographic equipment

43: Electronic equipment

501-510: Process

Figure 1 is the system architecture diagram of the golf course information assistance and management system created in this work.

Figure 2 is a system architecture diagram of the golf course information assistance and management system of this invention in other embodiments.

Figure 3 is a schematic diagram of the route positioning of the golf course information assistance and management system of this creation.

Figure 4 is a schematic diagram of the digital coaching function provided by the golf course information assistance and management system of this invention.

Figure 5 is a flowchart of the operation of the golf course information assistance and management system of this creation.

The following describes the technical content of this creation through a specific concrete implementation form. People familiar with this technology can easily understand the advantages and effects of this creation from the content disclosed in this manual. However, this creation can also be implemented or applied through other different specific implementation forms.

Figure 1 is a system architecture diagram of the golf course information assistance and management system of this invention. As shown in the figure, the purpose of the golf course information assistance and management system 1 is to provide users on the golf course with real-time information and assistance, especially, to provide users with batting advice and provide more comprehensive services. The golf course information assistance and management system 1 of this invention includes an information module 11, a receiving module 12, a batting strategy module 13 and a transmission module 14.

The information module 11 is connected to the external database 3 and is used to obtain the golf course information previously established in the database 3. The purpose of the information module 11 is to provide golf course information, that is, information about the golf course, such as the location, distribution, and distance of the greens on the golf course. In addition to being used to calculate the hitting strategy, it can also be applied to other services.

The receiving module 12 can receive the user's sports information captured by the user's client device 2. In short, the golf course information assistance and management system 1 receives the information from the client device 2 through the receiving module 12. Whether it is a command issued by the client device 2 or a message recording data, it is received by the receiving module 12 and forwarded to the corresponding module for processing.

The batting strategy module 13 is connected to the receiving module 12 and the information module 11, and can analyze the user's batting style according to the received user movement information. That is, the batting strategy module 13 analyzes the user movement information captured by the user terminal device 2, obtains the state of the user's batting process, and then generates the user's batting style.

In a specific embodiment, the client device 2 can be a smart watch worn on the user's hand, which can sense the user's swing trajectory and swing speed during the ball hitting process, thereby becoming the user's sports information. It should be noted that the client device 2 is not limited to a smart watch, as long as it is a smart device that can sense the user's sports information.

Furthermore, the batting strategy module 13 will analyze the aforementioned batting pattern, the field information from the database 3, and the environmental information obtained in real time. Specifically, the batting strategy module 13 includes a batting analysis model, which is established in advance and trained using big data. The batting analysis model can perform landing point analysis to generate a corresponding batting strategy, that is, the field information is obtained from the user's location, so as to know which green and its data, such as distance, slope, etc., in combination with the user's batting pattern and current environmental information, such as wind direction, temperature, light, humidity and/or rainfall rate, etc., but not limited to this. The batting strategy module 13 integrates the above information to obtain the next batting strategy.

Finally, the transmission module 14 connected to the batting strategy module 13 can transmit the batting strategy generated by the batting strategy module 13 back to the client device 2 for the user to use as a reference when batting.

Through the above method, the golf course information assistance and management system 1 obtains the user's hitting posture and hitting method, further analyzes the hitting mode to be used, and then combines the current environmental information to calculate the subsequent hitting strategy, such as how much distance, how much angle, etc., to assist the user to make the next or subsequent hitting. In this way, the back-end system is not only data collection, but can provide users with useful information, that is, the golf course information assistance and management system 1 of this invention can provide users with more comprehensive and optimized services.

FIG2 is a system architecture diagram of the golf course information assistance and management system of this invention in other embodiments. As shown in the figure, the functions and purposes of the information module 11, the receiving module 12, the hitting strategy module 13 and the transmission module 14 of the golf course information assistance and management system 1 are the same as those of FIG1, and will not be repeated here. In this embodiment, the golf course information assistance and management system 1 of this invention also includes an ordering module 15, a delivery module 16, a health monitoring module 17, a positioning module 18 and a digital coaching module 19.

The ordering module 15 is connected to the receiving module 12, and can receive the ordering information sent by the user from the client device 2 and received by the receiving module 12. Then, the ordering module 15 analyzes the ordering information to obtain the meal content required by the user and transfers it to the back-end restaurant to prepare the user's meal. It should be noted that the aforementioned ordering information comes from the client device 2. If the user carries other electronic devices, such as mobile phones or tablets, they can also be used to connect to the golf course information assistance and management system 1 and send ordering information.

The meal delivery module 16 is connected to the meal ordering module 15 and the transmission module 14. After the meal ordering module 15 completes the acquisition of the meal content and notifies the backstage restaurant to prepare the meal, when the meal is completed, the meal ordering module 15 will inform the meal delivery module 16 that the meal is completed. At this time, the meal delivery module 16 will deliver the meal according to the user's location information. Furthermore, the user's location information can be obtained by the client device 2 or The user's electronic device obtains the location, or the user enters the location in the order information. In summary, the delivery module 16 combines the user's location information and the meal content to generate a delivery message, which is sent by the transmission module 14 to the stadium service staff and the user. Specifically, the service staff is notified of the object and destination of the meal delivery, and the user is notified that the meal will be delivered soon.

The health monitoring module 17 is connected to the receiving module 12 and the transmitting module 14 for the purpose of monitoring the health of the user. Specifically, the client device 2 captures the physiological data of the user wearing the client device 2, and the physiological data is uploaded to the golf course information assistance and management system 1, received by the receiving module 12 and transmitted to the health monitoring module 17. The health monitoring module 17 analyzes the physiological data to judge the health status of the user. The physiological data may be heart rate, blood oxygen and/or body temperature, but is not limited to this. After the health monitoring module 17 analyzes the physiological data, if the health status of the user is abnormal, such as a continuously fast heart rate or a high body temperature, an alarm message is further generated and transmitted to the client device 2 by the transmission module 14, thereby notifying the user to pay attention to his physical condition.

The aforementioned ordering module 15, delivery module 16 and health monitoring module 17 provide other personal services besides shot suggestions for users during exercise. In addition, in order to control the position of users on the golf course, the golf course information assistance and management system 1 can further locate the user's position through the positioning module 18. Regarding the location positioning of the golf course, as shown in FIG3, it is a schematic diagram of the route positioning of the golf course information assistance and management system of this creation. In a large golf course, different routes may be selected according to different club numbers. In particular, the routes to some golf greens may be on the same road, such as shared lanes or shared teeing areas. Moreover, it may not be possible to clearly determine the user's forward direction by simply using GPS for positioning. Therefore, it may be difficult to control the user's position with the existing positioning method.

The positioning module 18 is connected to the receiving module 12. The receiving module 12 receives the positioning information sent back by the client device 2 or the user's electronic device. The positioning information will be transferred to the positioning module 18 for user positioning. Furthermore, since the positioning information is continuously sent to the golf course information assistance and management system 1, the user's forward direction can be determined through a number of consecutive positioning information. At the same time, combined with the venue information obtained by the information module 11 from the database 3, path analysis can be performed to easily obtain the user's position in the golf course, including the lane and the forward direction.

In one embodiment, the client device 2 may have an interactive module 21, which can connect to the receiving module 12 of the golf course information assistance and management system 1 after the user completes identity authentication. At this time, the interactive module 21 can present an interactive interface on the screen of the client device 2 to execute the command issuance or message transmission between the receiving module 12 or the transmitting module 14. In addition, the aforementioned interactive interface can also display the user's real-time scores, venue information from the database, and/or real-time environmental information obtained by the golf course information assistance and management system 1, so that the user can query the scores and golf course related information at any time.

In other embodiments, in order to enhance the user's practice function, that is, to enable golf practice not on the golf course, the golf course information assistance and management system 1 of the present invention also includes a digital coach module 19, which will connect to the information module 11 and obtain the course information, and then connect to a screen in an indoor court to use the course information to present a simulated court, that is, a simulated golf course screen and green type, to provide users with indoor courts for batting practice.

Furthermore, as shown in FIG4 , it is a schematic diagram of the digital coaching function provided by the golf course information assistance and management system of this invention, wherein a simulated course is presented on a screen 41 in an indoor course, and a user practices swinging at a specific position. At this time, the camera equipment 42 installed around the indoor course captures images and transmits them back to the digital coaching module 19. The digital coaching module 19 will analyze the batting posture based on the captured images, and generate correction suggestion messages after analysis, and the electronic device 43 next to the user will present the correction suggestions, such as swing angle or strength, etc.

The modules described above can be presented in software, hardware or firmware. Specifically, they can be computers, processors or servers with data processing and computing capabilities, or computers can execute instructions installed in one or more hardware devices. In short, the system or module of this creation can be in a single system or located in different systems but can transmit information for communication. Therefore, the module can be set in a single device or distributed in different devices, which is not limited here.

Figure 5 is a flowchart of the operation of the golf course information assistance and management system of this creation. As shown in the figure, the operation process explains the related functions that can be performed between the user and the golf course information assistance and management system.

Process 501 is a user wearing a client device, that is, when the user is on the golf course, he or she communicates and transmits messages with the golf course information assistance and management system at the back end through the worn client device.

Process 502 is to connect to the backend system. In simple terms, the user activates the application (APP) in the client device and connects to the golf course information assistance and management system.

Process 503 is for the client device to capture the user status. This process is automatically executed, that is, after connecting to the system in the previous process, the client device can continuously capture the user status.

Process 504 is for health monitoring. In short, this process explains that the user status captured by the client device is the user's physiological data. The golf course information assistance and management system can analyze the physiological data to determine the user's health status and generate an alarm message when necessary.

Process 505 is to return an alarm message. This process explains that due to the abnormality of the user's physiological data, the golf course information assistance and management system will return an alarm message to the user's terminal device to remind the user to pay attention to the current physical condition.

Process 506 is for user positioning. In short, this process explains that the user status captured by the client device is the user location data. The golf course information assistance and management system can perform user location analysis and positioning based on the user location data. As mentioned above, this creation continuously obtains positioning information and refers to the golf ball hitting pattern (only moving towards the hole or the next hole, not moving towards the origin or the previous hole) to determine the user's location and direction of travel.

Process 507 is user information collection. This process indicates that relevant data of the client will be collected. Such big data will help analyze customer types in the future and can be used for applications such as broadcast recommendations, service optimization, and information integration.

Process 508 is the user inputting instructions on the interactive interface. This process is a procedure executed by the user himself. In short, the user issues instructions on the interactive interface and can request the golf course information assistance and management system to provide corresponding services, such as user messages, ordering and delivering meals, displaying scores and/or weather data, etc.

Process 509 is to order and deliver meals, that is, the user issues meal instructions through the interactive interface. At the same time, after receiving the order information, the golf course information assistance and management system parses the meal content and prepares the meal. After the preparation is completed, a meal delivery message is generated.

Process 509 is to notify the meal delivery, that is, to transmit the meal delivery message generated in the previous process. Specifically, it may include notifying the golf course service staff to deliver the meal, and transmitting the meal delivery message to the user end device to notify the user that the meal is about to arrive.

In summary, the golf course information assistance and management system of this creation allows users to connect through client devices, and is used to capture and analyze the user's sports information when the user hits the ball on the field, and integrate the next or subsequent hitting strategies by referring to the field information and environmental information about the field status, thereby strengthening customer service. In addition, the golf course information assistance and management system also integrates health monitoring, ordering, delivery and real-time positioning functions. In particular, the user's location and movement direction are determined through the operating characteristics of the golf course. The golf course information assistance and management system also has the function of hitting practice, allowing users to practice in the indoor virtual field and provide relevant suggestions, thereby strengthening the overall service.

The above detailed description is a specific description of a feasible implementation example of this creation, but the implementation example is not used to limit the patent scope of this creation. Any equivalent implementation or modification that does not deviate from the technical spirit of this creation should be included in the patent scope of this creation.

1: Golf course information assistance and management system

11: Information module

12: Receiving module

13: Batting strategy module

14: Transmission module

2: Client device

3: Database

Claims (11)

A golf course information assistance and management system includes: The information module is connected to an external database and is used to obtain the golf course information previously established in the database; The receiving module is used to receive the user's movement information captured by the user's client device; The batting strategy module is connected to the receiving module and the information module, and is used to analyze the batting pattern of the user according to the user's sports information, and send the batting pattern, the field information and the environmental information obtained in real time to the batting analysis model in the batting strategy module for landing point analysis to generate a corresponding batting strategy; and The transmission module is connected to the batting strategy module and is used to send the batting strategy back to the client device for the user to use as a reference when batting. A golf course information assistance and management system as described in claim 1, wherein the real-time environmental information includes wind direction, temperature, light, humidity or rainfall rate. As described in claim 1, the golf course information assistance and management system, wherein the client device is a smart watch worn on the user's hand, which is used to sense the user's swing trajectory and swing speed during the ball hitting process to become the user's sports information. The golf course information assistance and management system as described in claim 1 further includes a health monitoring module connected to the receiving module and the transmitting module, which is used to obtain the physiological data of the user captured by the client device as a basis for judging the health status of the user, and to transmit an alarm message about the physiological status of the user through the transmitting module. A golf course information assistance and management system as described in claim 4, wherein the physiological data includes heart rate, blood oxygen or body temperature. The golf course information assistance and management system as described in claim 1 further includes an ordering module connected to the receiving module, which is used to analyze the ordering information sent from the client device or from the user's electronic device to obtain the meal content required by the user, so as to prepare the user's meal accordingly. The golf course information assistance and management system as described in claim 6 further includes a delivery module connected to the ordering module and the transmission module, which is used to generate a delivery message based on the user's location information provided by the client device or the user's electronic device and the content of the meal, so as to notify the user through the transmission module and allow service personnel to deliver the meal to the user's location. The golf course information assistance and management system as described in claim 1 further includes a positioning module connected to the receiving module, which is used to collect the positioning information returned by the client device or the electronic device of the user, so as to generate the user's forward direction based on a plurality of consecutive positioning information, and perform path analysis in combination with the course information to confirm the fairway where the user is located. The golf course information assistance and management system as described in claim 1, wherein the client device has an interactive module for connecting to the receiving module after the user completes identity authentication, so as to display the user's real-time score, the course information and the real-time environmental information through an interactive interface. The golf course information assistance and management system as described in claim 9, wherein the interactive module executes command issuance or message transmission with the receiving module or the transmitting module through the interactive interface. The golf course information assistance and management system as described in claim 1 further includes a digital coaching module connected to the information module, which is used to connect to a screen in an indoor field to present a simulated field, so as to provide the user with batting practice in the indoor field, and to capture images through the camera equipment installed around the indoor field, so as to provide the digital coaching module with batting posture analysis based on the captured images to generate correction suggestion messages.

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