Golf support system, cup unit in the golf support system, pin unit in the golf support system, communication center in the golf support system, terminal device in the golf support system, golf balls in the golf support system, auxiliary equipment in the golf support system, auxiliary pins in the golf support system, cart unit in the golf support system, and auxiliary terminal device in the golf support system

Abstract

A golf assistance system (SX) according to the present disclosure is used for assisting golf play in which a user hits a golf ball using a golf club in a golf play area, the golf assistance system (SX) comprising a cart unit (60) having: a cart camera (62) that is attached to a cart (6) serving as a means for moving in the golf play area, and captures video around the cart (6); a generation means (61) that generates, on the basis of the video data captured by the cart camera (62), assistance information for providing the user with prescribed assistance content; and a presentation means (60W) that presents the assistance content on the basis of the assistance information.

Description

[Technical Field]

[0001] The present invention relates to a golf support system that supports users playing golf, a cup unit in the golf support system, a pin unit in the golf support system, a communication center in the golf support system, a terminal device in the golf support system, a golf ball in the golf support system, an auxiliary tool in the golf support system, an auxiliary pin in the golf support system, a cart unit in the golf support system, and an auxiliary terminal device in the golf support system. [Background technology]

[0002] A support system has been devised that provides support information to assist users (golfers) playing golf. For example, an IC golf ball capable of transmitting GPS distance measurement data is used to create a flight trajectory of the IC golf ball based on the distance measurement data, and advice, scores, etc. are presented to the user based on the created trajectory (see Patent Document 1). [Prior art documents] [Patent documents]

[0003] [Patent Document 1] Japanese Patent Application Laid-Open No. 2005-58325 Summary of the Invention [Problem to be solved by the invention]

[0004] However, because conventional technology uses distance measurement data from an IC golf ball, it does not take into account factors such as the user's posture and form. Also, it only helps players improve their golf game, and does not sufficiently consider how to enhance the enjoyment of playing. Therefore, there is room for improvement in the golf support system in order to increase the enjoyment of the user while playing golf.

[0005] One of the objectives of the present invention was invented in light of the above-mentioned problems, and is to provide a golf support system that can enhance the user's enjoyment while playing golf. In addition to this objective, another objective of the present invention is to achieve effects derived from the various components shown in the "Mode for Carrying Out the Invention" below, which cannot be obtained with conventional technology. [Means for solving the problem]

[0006] (1) The golf support system in question is a golf support system for supporting a user in playing golf by hitting a golf ball with a golf club in a golf play area, and is characterized by comprising a cart unit attached to a cart that serves as a means of transportation in the golf play area, the cart unit having a cart camera that captures images of the area around the cart, a generation means that generates support information for providing the user with predetermined support content based on the image data captured by the cart camera, and a presentation means that presents the support content based on the support information.

[0007] (2) The present invention also relates to a cart unit used in the golf support system described in (1). (3) This case also relates to an auxiliary device in the golf support system described in (1), which is arranged to provide the user with guidance on the direction of launching the golf ball, and is characterized by comprising a plate portion marking the cup, a ball position mark arranged spaced apart from the plate portion in the left-right direction, and a laser light source that irradiates laser light toward the user to guide the direction of launching the ball. (4) This invention also relates to an auxiliary pin in the golf support system described in (1), which is arranged to provide the user with guidance on the direction of launch of the golf ball, and is characterized by comprising a rod-shaped pin positioned behind the cup, and a laser light source attached to the pin that irradiates laser light toward the user to guide the direction of launch of the ball.

[0008] (5) The golf support system of this case is a golf support system that supports a user's golf play in a golf playing area, and is characterized by comprising: a cup unit attached to a cup provided in the golf playing area and having a detection means for detecting cup-in information indicating that a golf ball has gone into the cup, and a first transmission device for transmitting the cup-in information to an external device; a pin unit attached to a rod-shaped pin that marks the cup and having a first photographing means for photographing an image around the pin, and a second transmission device for transmitting the image data photographed by the first photographing means to an external device; a communications center having a first receiving device that receives at least one of the cup-in information transmitted from the first transmitting device and the image data transmitted from the second transmitting device, a control device that generates support information for providing the user with predetermined support content based on at least one of the cup-in information and the image data, and a third transmitting device that transmits the support information to an external device; a second receiving device that receives the support information transmitted from the third transmitting device, and a presenter that presents the support content based on the support information, and a terminal device that can be carried by the user.

[0009] (6) The present invention also relates to a cup unit used in the golf support system described in (5). (7) The present invention also relates to a pin unit used in the golf support system described in (5). (8) This invention also relates to a communications center used in the golf support system described in (5). (9) The present invention also relates to a terminal device used in the golf support system described in (5).

[0010] (10) The golf support system of the present invention is a golf support system that supports a user's golf play in a golf play area, and includes a golf ball having a ball body to be hit in the golf play, a storage unit for ID information that can identify the ball body, a hit sensor that detects hit information including at least information indicating that the ball body has been hit and position information after the ball body has been hit, and a first transmission device that transmits the hit information to an external device, a cup-in sensor that detects cup-in information that indicates that the golf ball has gone into a cup provided in the golf play area, and a transmission device that transmits the cup-in information to an external device. a cup unit having a first transmitting device and a second transmitting device which receives the hit ball information from the first transmitting device and the cup-in information from the second transmitting device; a first receiving device which receives the hit ball information from the first transmitting device and receives the cup-in information from the second transmitting device; a control device which generates support information for providing the user with predetermined support content based on at least one of the hit ball information and the cup-in information; and a third transmitting device which transmits the support information to an external device; and a terminal device which is portable by the user and which has a second receiving device which receives the support information from the third transmitting device and a presenter which presents the support content based on the support information.

[0011] (11) The present invention also relates to a golf ball used in the golf support system described in (10). (12) The present invention also relates to a cup unit used in the golf support system described in (10). (13) The present invention also relates to a communication center used in the golf support system described in (10). (14) The present invention also provides a terminal device used in the golf support system described in (10).

[0012] (15) This case also concerns a golf support system for supporting a user's golf play in a golf play area, comprising: a golf ball having a ball body to be hit in the golf play; a memory unit for ID information capable of identifying the ball body; a hit ball sensor for detecting hit ball information including at least information indicating that the ball body has been hit and position information after the ball body has been hit; and a transmitter for transmitting the hit ball information to the outside; a cup unit attached to a cup provided in the golf play area, the cup unit having a detection means for detecting cup-in information indicating that the golf ball has gone into the cup, and a first transmitter for transmitting the cup-in information to the outside; a first image capturing means attached to a pin made of a rod-shaped member detachably erected on the cup as a marker for the cup, the first image capturing means for capturing an image of the area around the pin; a pin unit having a pin unit and a second transmitting device that transmits video data captured by the first photographing means to an external device; a first receiving device that receives at least one of the ball hit information transmitted from the transmitting device, the cup-in information transmitted from the first transmitting device, and the video data transmitted from the second transmitting device; a control device that generates support information to provide the user with specified support content based on at least one of the ball hit information, the cup-in information, and the video data; and a third transmitting device that transmits the support information to an external device; a second receiving device that receives the support information transmitted from the third transmitting device; and a presenter that presents the support content based on the support information, and a terminal device that can be carried by the user.

[0013] (16) This invention also provides an auxiliary device for a golf support system as described in (5), (10) or (15), which is arranged to provide the user with guidance on the direction of launch of the golf ball, and is characterized by comprising: a plate portion marking the cup on the rolling surface of the golf ball; a ball position marking spaced apart from the plate portion in the left-right direction; and a laser light source that irradiates laser light for guiding the direction of launch of the ball toward the user. (17) This invention also relates to an auxiliary pin in a golf support system described in (5), (10) or (15), which is arranged to provide the user with guidance on the direction of launch of the golf ball, and is characterized by comprising a rod-shaped pin arranged behind the cup, and a laser light source attached to the pin that irradiates laser light toward the user to guide the direction of launch of the ball. [Effects of the Invention]

[0014] The disclosed golf support system can enhance the user's enjoyment while playing golf. [Brief explanation of the drawings]

[0015] [Figure 1] 1 is an explanatory diagram showing the overall configuration of a golf support system according to a first embodiment; [Figure 2] 2 is an explanatory diagram of a configuration example of a cup to which the cup unit of FIG. 1 is attached. [Figure 3] 3(a) is an explanatory diagram of a saucer portion provided in the cup of FIG. 2, and FIG. 3(b) is an explanatory diagram of the saucer portion in a tilted state. [Figure 4] 3(a) and 3(b) are explanatory diagrams of an example of the configuration of an extendable rod mechanism attached to the cup of FIG. 2. [Figure 5] 10(a) and 10(b) are explanatory diagrams of modified examples of the telescopic rod mechanism. [Figure 6] 2(a) to 2(c) are explanatory diagrams of examples of pin configurations used in the golf support system of FIG. 1. [Figure 7] 1. (a) and (b) are explanatory diagrams of modified examples of the pin used in the golf support system of FIG. [Figure 8] 1. (a) and (b) are explanatory diagrams of another modified example of the pin used in the golf support system of FIG. [Figure 9] FIG. 10(a) is an explanatory diagram showing the overall configuration of a golf support system according to a second embodiment, and FIG. 10(b) is an explanatory diagram of a microchip-containing golf ball used in the golf support system according to the second embodiment. [Figure 10] FIG. 10 is an explanatory diagram showing the overall configuration of a golf support system according to a third embodiment. [Figure 11] 10 shows a modified example of the arrangement of the first sensor in the cup. [Figure 12] 10 shows a modified example of the arrangement of the first sensor in the cup. [Figure 13] 10 shows a modified example of the arrangement of the first sensor in the cup. [Figure 14] 10 shows a modified example of the arrangement of the first sensor in the cup. [Figure 15] 10 shows a modified example of the arrangement of the first sensor in the cup. [Figure 16] 10(a) and 10(b) show modified examples of the arrangement of the first sensor in the cup. [Figure 17] FIG. 16(a) shows the state in which the tray portion is raised. [Figure 18] FIG. 16(b) shows the state in which the tray portion is raised. [Figure 19] FIG. 17 shows the state in which the sensor casing is further raised. [Figure 20] FIG. 18 shows the state in which the sensor casing is further raised. [Figure 21] FIG. 16(a) shows a state in which the sensor casing is lifted away from the receiving tray 2B without lifting the receiving tray. [Figure 22] 10 shows a modified example of the arrangement of the first sensor in the cup. [Figure 23] In FIG. 22, the storage section is in the raised position. [Figure 24] 23 is a modified example of the arrangement of the storage section shown in FIG. 22. [Figure 25] 10 shows a modified arrangement of the telescopic rod mechanism. [Figure 26] (a) to (c) are configuration examples in which solar panels are attached to the pins. [Figure 27] This is an example of a configuration in which a support plate is attached to a pin. [Figure 28] (a) to (d) are examples of pin configurations made up of multiple connected members. [Figure 29] (a) to (e) are modified examples of the method for attaching a microchip to a chip-embedded ball. [Figure 30] FIG. 10 is an explanatory diagram of a ball gauge attached to a cup. [Figure 31] 10 is an explanatory diagram of a modified example of a ball gauge attached to a cup. FIG. [Figure 32] 10 is an explanatory diagram of a ball gauge attached to a pin. FIG. 11 is a modified example of the arrangement of the telescopic rod mechanism. [Figure 33] An explanatory diagram of a mini pin attached to a cup. [Figure 34] 10 is an explanatory diagram of a modified example of a mini pin attached to a cup. FIG. [Figure 35] FIG. 1 is a schematic diagram of smart glasses applied as a terminal device in a golf support system according to an embodiment, and a user wearing the smart glasses. [Figure 36] 1 is a schematic diagram of VR goggles applied as a terminal device in a golf support system according to an embodiment, and a user wearing the VR goggles. [Figure 37] 10(a) and 10(b) are explanatory diagrams of a cup equipped with a solar panel as a modified example of the cup. [Figure 38] (a) to (c) are configuration examples of the auxiliary terminal device. [Figure 39] 10 is a modified example of the golf support system. DETAILED DESCRIPTION OF THE INVENTION

[0016] In the following embodiment, a golf support system according to one embodiment will be described. The golf support system is a system that supports a user (golfer) in playing golf in a golf play area. In this specification, playing golf refers to hitting a golf ball 10 with a golf club 1 in a golf play area.

[0017] A golf playing area is a facility for playing golf. As is well known, the objective of playing golf is to hit a golf ball and put it into a hole called a cup (cup-in). Golf playing areas include outdoor golf courses for playing golf and indoor driving ranges for practicing golf.

[0018] [I. First embodiment] [1. Configuration] FIG. 1 is an explanatory diagram of a golf support system S (hereinafter simply referred to as "system") according to the first embodiment. In the first embodiment, an example will be described in which the present system S is applied to an outdoor golf course (an example of a golf play area). One hole (one course) in the outdoor golf course is provided with at least a teeing ground T from which a golf ball 10 is hit, and a green G provided with a cup 2 into which the golf ball (hereinafter also simply referred to as a "ball") 10 is placed.

[0019] The system S shown in Fig. 1 is used in a part of an outdoor golf course. Specifically, the system S is used in an area of ​​the outdoor golf course that includes a green G on which a cup 2 is provided. As another example, the system S is used in the entire area of ​​the outdoor golf course (the entire area from the teeing ground T to the green G of each hole).

[0020] This system S is provided with a cup unit 20 attached to a cup 2 on the green G, a pin unit 50 attached to a pin (flagstick) 5 placed in the cup 2, and a cart unit 60 attached to a cart 6 as mechanisms for acquiring information relating to golf play (golf play information). In addition to these units 20, 50, and 60, the system S also includes a communication center 30 that manages the system S, and a terminal device 40 owned by a user. The devices 20 to 60 in the system S are connected to each other via a wireless communication network so that they can exchange data, and can operate in cooperation with each other. The wireless communication network is a network that complies with well-known wireless communication standards such as Wi-Fi and Bluetooth (registered trademark).

[0021] The outline of this system S is that the communication center 30 generates support information based on golf play information acquired by the units 20, 50, and 60, the communication center 30 transmits the support information to the terminal device 40, etc., and the terminal device 40, etc., provides the user with support content based on the generated support information. In other words, in this system S, the devices 20 to 60 work together via a network to provide interactive support content for the user's golf play. The golf play information includes various types of video data acquired by the units 20, 50, and 60, and sensor detection data.

[0022] In this specification, support content refers to various types of content that contribute to increasing the user's enjoyment while playing golf. Specifically, the support content includes the presentation of various measurement data and video of golf play results (i.e., feedback on golf play results), banner advertising videos, advertising audio, music, points awarded at stores and websites, miles, mileage, stay mileage, discount tickets, service coupons, prizes, video games linked to hitting the ball, sound effects, lighting effects, advice on the user's golf play, and caddy functions (guidance and explanations of golf courses).

[0023] <Cup unit> Cup unit 20 is built into (attached to) cup 2 and is a mechanism for detecting when golf ball 10 has gone into cup 2. Cup unit 20 includes a first control mechanism (referred to as "control mechanism" in the figure) 21, a first sensor (first detection means, referred to as "sensor" in the figure) 22, and a first communication device (first transmission device, referred to as "communication device" in the figure) 23. The first control mechanism 21 is an electrical control device that includes a processor for controlling the cup unit 20, a storage device, and the like.

[0024] A first sensor 22 and a first communication device 23 are connected to the first control mechanism 21 so as to be able to exchange data. The first sensor 22 is a detection means provided to detect cup-in information indicating that the golf ball 10 has been cupped into the cup 2. The first sensor 22 may be, for example, an impact sensor that detects the impact of the golf ball 10 that has fallen into the cup 2. Other examples of the first sensor 22 include a camera (AI camera) that can photograph the golf ball 10 that has fallen into the cup 2, a laser sensor, a proximity sensor, and the like.

[0025] The first communication device 23 is a wireless communication device connected to the communication center 30 (external) via a wireless communication network. The cup unit 20 can transmit a detection signal (cup-in information) of the first sensor 22 to the communication center 30 (external) via the first communication device 23, and can receive information from the external.

[0026] In addition, the cup unit 20 may be provided with additional devices such as a camera 20X for capturing images of the area around the cup 2, an audio device 20Y including an amplifier, speaker, and microphone and capable of inputting and outputting audio signals, a lighting device 20Z, a power supply (not shown), and a laser irradiator, which may be detachable from the cup unit 20 or integral with the cup unit 20. In addition, sensors such as a speed sensor, an acceleration sensor, a gyro sensor, a magnetic sensor, a biometric authentication sensor, an air pressure sensor (pressure sensor), a temperature sensor, a microphone (sound pressure sensor), a direction sensor, a proximity sensor, a brightness sensor (ambient light sensor), a human presence sensor, an anemometer, a wind vane, an infrared sensor, an infrared camera, a snow depth meter (such as a snow depth meter based on laser reflection or an image captured by a camera), etc. may also be provided. That is, the cup 2 can be configured as a multi-functional "AI cup" that automatically detects whether the golf ball 10 has been cupped, outputs sound, performs predetermined functions in response to predetermined voice input such as "Alexa (registered trademark)," "OK Google (registered trademark)," or "Hey Siri (registered trademark)," emits light, and individually identifies the ball 10. When identifying the ball 10 dropped into the cup 2 using the cup unit 20, it is recommended to brighten the inside of the cup 2 using a light source (illumination means, lighting device 20Z in FIG. 1) in the cup unit 20 (cup 2). This improves the identification ability when identifying the ball 10 dropped into the cup 2 using the camera 20X of the cup unit 20.

[0027] <Pin unit> The pin unit 50 is attached to the pin 5 and is provided to acquire information about the surroundings of the pin 5. The pin unit 50 includes a second control mechanism (referred to as the "control mechanism" in the figure) 51, a first camera (first photographing means, referred to as the "camera" in the figure) 52, and a second communication device (second transmission device, referred to as the "communication device" in the figure) 53.

[0028] The second control mechanism 51 is an electrical control device that includes a processor for controlling the pin unit 50, a storage device, and the like. A first camera 52 and a second communication device 53 are connected to the second control mechanism 51 so as to be able to exchange data. The first camera 52 is an image sensor provided to capture images of the area around the pin 5 as information about the area around the pin 5. In this embodiment, the first camera 52 is configured as a "360-degree camera" that can capture images in all directions (360 degrees) in the vertical and horizontal directions centered on the pin 5. Note that the first camera 52 is not limited to a 360-degree camera, and may be a camera that captures an area narrower than 360 degrees. The first camera 52 may also be configured as a 3D camera.

[0029] The second communication device 53 is a wireless communication device connected to the communication center 30 (external) via a wireless communication network. Via the second communication device 53, video data captured by the first camera 52 can be transmitted to the communication center 30 (external) and information can be received from the external.

[0030] In addition, the pin unit 50 may be provided with additional devices such as an audio device 50Y including an amplifier, speaker, and microphone, a sensor 50S, a lighting device 50Z, a power supply (not shown), a laser illuminator, or an automatic operation mechanism for automatically adjusting various aspects of image capture by the first camera 52 (for example, focusing, adjusting brightness, tracking the subject, switching the image capture direction, etc.), either detachably or integrally with the pin unit 50. Furthermore, the sensor 50S may be provided with, for example, a speed sensor, an acceleration sensor, a gyro sensor, a magnetic sensor, a biometric authentication sensor, an air pressure sensor (pressure sensor), a temperature sensor, a microphone (sound pressure sensor), a direction sensor, a proximity sensor, a brightness sensor (ambient light sensor), a human presence sensor, an anemometer, a wind vane, an infrared sensor, an infrared camera, a snow depth meter (such as a snow depth meter based on laser reflection or an image captured by a camera), etc. That is, the pin 5 can be configured as a multi-functional "AI pin" that can automatically capture surrounding images, output audio, perform predetermined functions in response to predetermined voice inputs such as "Alexa (registered trademark)," "OK Google (registered trademark)," or "Hey Siri (registered trademark)," emit light, and individually identify the ball 10. When identifying the ball 10 that has fallen into the cup 2 using the camera 52 of the pin unit 50, it is recommended to use a light source (illumination means, lighting device 20Z in FIG. 1) attached to the cup unit 20 (cup 2) as described above or the lighting device 50Z of the pin unit 50 to illuminate the inside of the cup 2. In this case, when identifying the ball 10 that has fallen into the cup 2 using the camera 52 of the pin unit 50, the identification can be improved. Furthermore, for example, in poor visibility or when playing golf at night (night golf), the light-emitting function (lighting device 50X) attached to the pin unit 50 can be used to enhance the identification of the pin 5 (i.e., to provide the pin 5 with a lighthouse function). The lighting provided by the lighting device 50Z attached to the pin 5 provides, for example, lighting, illumination, neon, lights, spotlights, rotating spotlights, mirror balls, LED lighting, etc. around the pin 5. The lighting device 50Z attached to the pin 5 turns on when, for example, a human presence sensor included in the sensor 50S of the pin unit 50 detects a person approaching the pin 5. This lighting function can be switched on and off.

[0031] <Cart unit> The cart 6 shown in FIG. 1 is a means of transportation within the golf course and is a vehicle. The cart 6 is used, for example, for a user to move around the golf course or to transport items within the golf course. A cart unit 60 is attached to the cart 6. The cart unit 60 is provided to acquire information about the surroundings of the cart 6. The cart unit 60 includes a third control mechanism (referred to as the "control mechanism" in the figure) 61, a second camera (second photographing means, referred to as the "camera" in the figure) 62, and a third communication device (referred to as the "fourth transmission device, referred to as the "communication device" in the figure) 63.

[0032] The third control mechanism 61 is an electrical control device that includes a processor, a storage device, and the like that controls the cart unit 60 . A second camera 62 and a third communication device 63 are connected to the third control mechanism 61 so as to be able to exchange data. The second camera 62 is an image sensor provided to capture images of the area around the cart 6. In this embodiment, the second camera 62 is configured as a "360-degree camera" that can capture images in all directions (360 degrees) in the vertical and horizontal directions centered on the cart 6. Note that the second camera 62 is not limited to a 360-degree camera, and may be a camera that captures an area narrower than 360 degrees. The second camera 62 may also be configured as a 3D camera.

[0033] The third communication device 63 is a wireless communication device connected to the communication center 30 (external) via a wireless communication network. Via the third communication device 63, video data captured by the second camera 62 can be transmitted to the communication center 30 (external) and information can be received from the external.

[0034] In addition, the cart unit 60 may be provided with an audio device 60Y including an amplifier, speaker, and microphone, a display 60W (display device) for displaying various information, additional devices such as a power supply, lighting device, and laser illuminator (not shown), or an automatic operation mechanism for automatically operating various adjustments related to photography by the camera 62 (for example, focusing, brightness adjustment, tracking of the subject, switching of the photography direction, etc.), which may be detachable from the cart unit 60 or integral with the cart unit 60. In addition, sensors such as a speed sensor, an acceleration sensor, a gyro sensor, a magnetic sensor, a biometric authentication sensor, an air pressure sensor (pressure sensor), a temperature sensor, a microphone (sound pressure sensor), a direction sensor, a proximity sensor, a brightness sensor (ambient light sensor), a human sensor, an anemometer, a wind vane, an infrared sensor, an infrared camera, a snow depth meter (such as a snow depth meter based on laser reflection or an image captured by a camera), etc. In other words, the cart 6 can be configured as a cart equipped with an "AI cart" that has multiple functions, such as automatically capturing images of the surrounding area, outputting audio, operating in response to voice command input, emitting light, displaying images, and individually identifying the balls 10.

[0035] As another configuration example of each of the above-described units 20, 50, and 60, the control mechanisms 21, 51, and 61 may each be provided externally. For example, the first control mechanism 21 of the cup unit 20 may be provided in the communication center 30 or the terminal device 40. In this case, the first sensor 22 and the first communication device 23 in the cup unit 20 are communicatively connected to the first control mechanism 21 provided in a device external to the cup 2 (the communication center 30 or the terminal device 40), and transmit data to the external first control mechanism 21 and are remotely controlled by the external first control mechanism 21.

[0036] <Communications Center> The communication center 30 is a computer that controls and manages the system S. The communication center 30 is installed at a base station in any location, such as a clubhouse at a golf course or a system base separate from a golf course. The communication center 30 includes a control device 31, a receiving device (first receiving device) 32, and a transmitting device (third transmitting device) 33. The receiving device 32 and the transmitting device 33 are devices for sending and receiving data to and from the outside via a wireless communication network.

[0037] The communication center 30 receives, via the receiving device 32, various types of video data and sensor detection data acquired by the units 20, 50, and 60 in the system S as golf play information. The control device 31 is a device that generates predetermined support information based on the above golf play information, and is, for example, a processor that implements a software program for generating the support information. The support information is information for providing the above support content to the user.

[0038] The control device 31 includes a storage device for storing various data. The storage device of the control device 31 temporarily stores the received golf play information, and also stores a history of golf play information over a certain period of time in association with ID information for each user. The history of golf play information is data that is treated as so-called "big data."

[0039] In addition to the golf play information, various other information is stored in the storage device, such as map information of the golf course where the system S is used, golf course information such as the slope and grain of the green G, weather information including temperature, wind force and direction, and personal information such as the user's age, gender, and golfing ability. When generating the support information, the control device 31 may take into account not only the received golf play information but also the history and other information. The control device 31 may acquire golf course map information, golf course information regarding the slope, turf grain, and green condition of the green, and weather information including temperature, humidity, wind force, and wind direction. This increases the amount and variety of information taken into account when generating the support information, making it possible to provide the user with support content of higher quality.

[0040] The transmitting device 33 transmits the support information generated by the control device 31 to the terminal device 40 . Furthermore, the transmitting device 33 may transmit the support information to any device in the system S, such as the golf club 1 and each of the units 20, 50 and 60, in addition to or instead of the terminal device 40. The various functions of the communication center 30, including the support information generation process in the control device 31, may be provided by cloud computing using computing services on a cloud environment (Internet environment). In addition, the communication center 30 may be provided with a camera 30X and an audio device 30Y including an amplifier, a speaker, and a microphone, either detachably or integrally.

[0041] <Terminal Device> The terminal device 40 is a portable information terminal device that can be carried by a user. The terminal device 40 includes a third control mechanism (referred to as a "control mechanism" in the figure) 41, a display 42 (presenter, referred to as a "display (presenter)" in FIG. 1), a third communication device (referred to as a "second receiving device, referred to as a "communication device" in the figure) 43, and an input device 44.

[0042] The fourth control mechanism 41 is an electrical control device that includes a processor and a storage device that implements a software program for controlling the terminal device 40 in an integrated manner. The fourth communication device 43 is a wireless communication device connected to the communication center 30 (external) via a wireless communication network. Through the fourth communication device 43, support information can be received from the communication center 30 and various information can be transmitted to the external.

[0043] The display 42 is an example of a presenting device that displays (presents) assistance content based on assistance information to the user using some kind of visual image, such as a moving image or a still image. An example of the display 42 is an LCD. The input device 44 is, for example, a touch panel sensor or a button switch.

[0044] Examples of presenters other than the display 42 include an audio device 40Y (presenter) that outputs sound, a light-emitting lighting device (not shown), and a vibration generating mechanism (not shown) that generates vibrations. When an audio device is used as a presenter of assistance content, the assistance content is presented by music, voice, electronic sounds, sound effects, or other sounds. When a lighting device is used as a presenter of assistance content, the assistance content is presented by flashing light or changing the color of the light. When a vibration generating mechanism is used, the assistance content is presented by vibration.

[0045] In addition, various sensors may be built into the terminal device 40. Examples of sensors include a gyro sensor, a magnetic sensor, a GPS, a biometric authentication sensor, a radar sensor, an air pressure sensor (pressure sensor), a temperature and humidity sensor, a microphone (sound pressure sensor), a direction sensor, a proximity sensor, a brightness sensor (ambient light sensor), an image sensor (camera), a vital sensor, a pulse sensor, a body temperature sensor, a moisture sensor, a blood pressure sensor, a distance sensor, a tilt sensor, a topographical sensor, a human presence sensor, an anemometer, a wind vane, an infrared sensor, an infrared camera, a snow depth meter (such as a snow depth meter based on laser reflection or an image captured by a camera), and the like.

[0046] Portable devices used for terminal device 40 include portable information terminal devices such as smartphones and tablet devices, and wearable devices that can be worn by the user. In addition, terminal device 40 may be a well-known golf rangefinder that uses a laser to measure the distance from the user to a target. From the viewpoint of achieving both golf play and display visibility, it is preferable to use a wearable terminal as the terminal device 40.

[0047] Examples of wearable devices include smart glasses, eyeglass-type wearable devices, and smart watches. Among wearable devices, head-mounted wearable devices such as smart glasses and eyeglass-type wearable devices are more preferable because they allow the user to view the support content display without stopping their golf play. Terminal device 40 may also include additional devices such as a camera 40X capable of capturing moving and still images, and an audio device 40Y (audio output device) including earphones, headphones, a microphone, and the like. The terminal device 40 can be executable to have application programs installed therein for executing the functions of the communication center 30 (such as the overall management function of the system S and the function of generating and providing support information). In this case, the terminal device 40 can perform the overall management function of the system S and the function of generating and providing support information together with or in place of the communication center 30.

[0048] <Cup> Next, the specific structures of the cup 2 and pin 5 used in the system S will be described. As shown in Fig. 2, the cup 2 is provided with a hollow cylindrical cup body 2A (shown by a broken line in Fig. 2) with one end open. The dimensions of the cup body 2A are set to, for example, a diameter of 108 mm and a depth of 101.6 mm or more. A cup unit container (hereinafter also simply referred to as "container") 20A is removably mounted inside the cup body 2A on the bottom side opposite the opening. That is, the container 20A is attached so as to be removable from the cup 2.

[0049] The container 20A is a casing that houses the cup unit 20. A first control mechanism 21, a first sensor 22, a first communication device 23, etc. are housed inside the container 20A. 2 is formed of a cylindrical (i.e., doughnut-shaped) member with a hole drilled in the center. Hole 2D drilled in the center of housing 20A is an insertion hole for pin 5 (shown by a dashed line in FIG. 2). Note that the shape of housing 20A is not limited to the doughnut shape shown in the figure.

[0050] A saucer portion 2B forming the bottom surface of the cup 2 is provided on the upper surface side of the container 20A. The tray portion 2B is provided as a receiving surface (tray) for the ball 10 to rest on when it falls into the cup 2, and is attached to the cup 2 so as to be movable in the up and down direction. In FIG. 2, the saucer portion 2B is positioned downward and forms the bottom surface of the cup 2.

[0051] FIG. 3(a) shows the state in which the tray portion 2B has been moved to an upper position by the lifting mechanism 2C. The tray portion 2B can be raised to a position above the opening of the cup body portion 2A (cup 2, shown by the dashed line). The lifting mechanism 2C includes a shaft member that supports the tray portion 2B as it moves up and down, an electric motor for moving the tray portion 2B up and down, a control device for the electric motor, a power source, etc. The drive device for the lifting mechanism 2C is not limited to one that uses an electric motor, and may be any device such as a hydraulic drive device or a pneumatic drive device. The shaft member supporting the tray portion 2B may be configured to be nested within the pin 5 inserted in the hole 2D. In this case, the tray portion 2B can move up and down while the pin 5 is inserted in the hole 2D (while the pin 5 is standing upright). In this case, the shaft member of the lifting mechanism 2C can be said to be formed as a pin case with a space inside into which the pin 5 is inserted.

[0052] As shown in Figure 3(a), when moved to the upper position, the tray portion 2B is outside the cup 2. By moving this tray portion 2B to the upper position, the ball 10 that has fallen into the cup 2 can be removed from the cup 2. This makes it easy to remove the ball 10 from the cup 2. As an example, the lifting mechanism 2C of the tray 2B is activated based on a voice command input using a predetermined voice (such as "take out the ball"). In this case, the ball 10 can be smoothly taken out after the ball goes in the cup. The tray 2B may be raised and lowered not only by the voice command input but also by operation of a remote controller, or in response to a detection signal from a sensor (e.g., an infrared sensor, not shown) or analysis of video data from the camera 52. An example of a remote controller is a remote controller for raising and lowering the tray 2B built into the grip of the golf club 1. An example of automatic raising and lowering is automatic raising and lowering of the tray 2B when the pin 5 is removed. A cover 2Z (shown by a two-dot chain line) may be attached to cover the opening of the cup body 2A when the tray 2B is raised. For example, the cover 2Z may be a cylindrical cover extending from the lower end of the tray 2B to the opening of the cup body 2A. The cover 2Z is ​​housed in the bottom of the cup body 2A (below the tray 2B) when the tray 2B is lowered, using a well-known contracting structure, such as a bellows or nesting structure. By providing the cover 2Z, it is possible to prevent the user's hands and feet, dust, etc. from entering the cup body 2A when the tray 2B is raised. As shown in FIG. 3(b), the tray 2B is configured so that it can be tilted relative to the lifting mechanism 2C when moved to the upper position. This allows balls 10 placed on the tray 2B to automatically drop from the tray 2B. In other words, the tray 2B is attached so that it can be tilted relative to the lifting mechanism 2C. The lifting mechanism 2C includes a drive device for changing the position of the tray 2B from one of a horizontal state and an inclined state to the other. This drive device can be a well-known drive device such as an electric motor, a hydraulic drive device, or a pneumatic drive device.

[0053] Returning to FIG. 2, the cup main body 2A (cup 2) shown in FIG. 2 is provided with a camera-equipped extendable rod mechanism 20B below the container 20A. 4(a) and (b) show a configuration example of the telescopic rod mechanism 20B with a camera, where (a) shows the extended state and (b) shows the contracted state (storage state).

[0054] The telescopic rod mechanism with camera 20B is provided to take the image of the periphery of the cup 2 in place of the pin unit 50 when the pin 5 is removed from the cup 2. The camera-equipped extendable rod mechanism 20B is provided with a rod 24 made of an extendable rod-shaped member, a camera (third imaging means) 25 attached to the tip of the rod 24, and a drive mechanism (not shown) for driving the rod 24 to extend and retract. The drive mechanism includes a motor for driving the rod 24 to extend and retract, a motor control device, a power supply, etc. In Figures 4(a) and (b), the cup 2, cup main body 2A, container 20A, and camera-equipped extendable rod mechanism 20B are indicated by two-dot chain lines.

[0055] The rod 24 is disposed below a hole 2D (see FIG. 2) drilled in the center of the container 20A, and is a rod-shaped member that is extendable and retractable along the longitudinal direction (depth direction of the cup 2). The structure for extending and retracting the rod 24 is not particularly limited, but FIG. 4 illustrates a rod 24 having a nested structure (telescopic structure).

[0056] In the contracted state shown in Fig. 4(b), the tip of rod 24 is located below hole 2D. Therefore, in the contracted state of rod 24, pin 5 can be inserted into hole 2D. In the extended state shown in Fig. 4(a), rod 24 extends upward from hole 2D, and camera 25 at the tip protrudes outward from the opening of cup 2. The longitudinal dimension of the rod 24 is set so that in the extended state shown in Figure 4(a), the camera 25 at the tip protrudes outside the cup 2, and in the contracted state shown in Figure 4(b), the tip is positioned below the hole 2D.

[0057] The camera 25 is configured as a "360-degree camera" that can capture images in all directions, 360 degrees, in the vertical and horizontal directions, centered on the rod 24 (cup 2) when the rod 24 is extended. The camera-equipped telescopic rod mechanism 20B is connected to the first control mechanism 21 of the cup unit 20, and image data captured by the camera 25 is transmitted to the first control mechanism 21 of the cup unit 20. The image data captured by the camera 25 is supplied to the communication center 30 as one piece of golf play information acquired by the cup unit 20. The camera 25 can be considered one of the cameras 20X attached to the cup 2 (cup unit 20). The camera 25 is not limited to a 360-degree camera, and may be a camera that captures an area narrower than 360 degrees. The camera 25 may also be configured as a 3D camera.

[0058] The rod 24 is driven to extend and retract in response to, for example, a remote control input from a user. One example of the remote control input is a voice command input using a predetermined voice (such as "extend the rod"). Another example of the remote control input is an input from the terminal device 40. As another example, the rod 24 may be automatically driven to extend and retract in response to, for example, the insertion and removal of the pin 5. The rod 24 may be driven to move up and down in response to the operation of a remote controller or a detection signal from a sensor (e.g., an infrared sensor) not shown. As an example of a remote controller, a remote controller for driving the rod 24 to move up and down may be built into the grip of the golf club 1. The telescopic function of the rod 24 can be switched on and off by the user. The on / off of the telescopic function of the rod 24 and the timing of the telescopic drive may be automatically controlled by a program set by the user.

[0059] 5(a) and (b) show another example of a structure for extending and retracting a rod, illustrating a rod 24' having a foldable structure. Fig. 5(a) shows the rod 24' in an extended state, and Fig. 5(b) shows the rod 24' in a retracted state. In this case, rod 24' is made up of rod-shaped members interconnected via hinges, and when the individual rod-shaped members are folded, it assumes a contracted state as shown in Fig. 5(b). In the contracted state, a portion of folded rod 24' is disposed on the bottom surface of cup 2. When folded at the hinges, rod 24' assumes the extended state as shown in Fig. 5(a) in a linearly extended state. Note that the rod-shaped members constituting rod 24' can be connected by any known foldable connection structure, such as a ball joint, instead of hinges.

[0060] <Pin> Next, an example of the configuration of the pin 5 will be described with reference to Figures 6(a) to 6(c). As is well known, the pin 5 is a rod-shaped member that serves as a marker for the cup 2. 6(a) is formed of a flagpole with a flag 5A attached to its tip. When the pin 5 is set in the cup 2, the lower end of the pin 5 is inserted into a hole 2D (see FIG. 2) provided in the bottom of the cup 2. Although not shown, a stand for resting the pin 5 removed from the cup 2 may be provided near the green G on the golf course. The stand for resting the pin 5 may be provided, for example, on a sprinkler (not shown) provided near the green G. Alternatively, the stand may be provided with a hole for inserting the pin 5 removed from the cup 2.

[0061] A pin unit container (hereinafter also simply referred to as "container") 50A is detachably provided below the flag 5A at the tip side of the pin 5. The container 50A in FIG. 6(a) is formed of a spherical member. The container 50A accommodates a second control mechanism 51, a first camera 52, a second communication device 53, a lighting device 50Z, and the like (see FIG. 1). In FIGS. 6(a) to 6(c), only the camera 52 accommodated in the container 50A is shown, and the others are omitted. The shape of the container 50A is not limited to a sphere, and may be any shape such as a cube or a pyramid. The position of the pin unit container 50A on the pin 5, i.e., the position of the camera 52 and the laser 54, is not particularly limited and may be at the top, middle, or bottom of the pin 5. The pin unit container 50A may be fixed to the pin 5 or may be detachable. The lighting provided by the lighting device 50Z attached to the pin 5 provides lighting around the pin 5, illumination, neon, lights, spotlights, rotating spotlights, mirror balls, LED lighting, and the like.

[0062] FIG. 6(b) shows a practice pin 5X as an example of a modified version of the pin 5. The practice pin 5X is a rod-shaped member with a handle 5Y at the tip thereof. In the case of the practice pin 5X, a container 50A is detachably provided below the handle 5Y. The pin unit container 50A may be built into the pin 5 as shown by the dashed line in FIG. 6(c). 6(a) to 6(c) are examples of the shape of the pin 5, and the shape of the pin 5 is not limited to the above example.

[0063] 7(a) and (b) show a modified example of the pin (flagpole) 5 shown in FIG. 6(a). This pin 5' has two parts, an upper part 5U and a lower part 5D, which are connected via a hinge part 5C. A housing body 50A is detachably attached to the upper part 5U of the pin 5'. That is, a first camera 52 is attached to the upper part 5U of the pin 5'.

[0064] This pin 5' is configured so that the upper portion 5U can be bent at an angle of approximately 90 degrees relative to the lower portion 5D at the hinge portion 5C. Therefore, as shown in FIG. 7(b), while the pin 5' is laid down, only the upper portion 5U can be raised. Therefore, even when the pin 5' is removed from the cup 2 and laid down (in a tilted state), the first camera 52 can continue to capture images of the area around the pin 5'. The pin 5' may be configured so that when laid down, the upper portion 5U is automatically bent at an angle of approximately 90 degrees relative to the lower portion 5D. The pin 5' may be provided with a drive mechanism for automatically bending the upper portion 5U relative to the lower portion 5D, a detection device for detecting the position of the pin 5', a control device, and the like. Any known mechanism, such as an electric motor, a hydraulic drive device, or a pneumatic drive device, may be used as the drive mechanism. The pin 5' may also be bent manually.

[0065] 8(a) and (b) show a modified example of the pin, an extendable pin 5''. The structure for extending and retracting the pin 5 is not particularly limited, and well-known structures such as a nested (telescopic) structure or a folding structure may be used. FIGS. 8(a) and (b) show an example of a pin 5'' with a nested (telescopic) structure. In this case, when the pin 5'' is used, it is extended as shown in FIG. 8(a), and when not in use, it is retracted as shown in FIG. 8(b) to make it compact.

[0066] In addition, in the cart 6 shown in FIG. 1, a cart unit container (hereinafter also simply referred to as "container") 60A is detachably attached to the roof portion 6A of the cart 6. The housing body 60A is formed of a spherical member. A control mechanism 61, a camera 62, a communication device 63, etc. are housed inside the housing body 60A. The housing body 60A is attached to the roof 6A of the cart 6 via an extendable pole 6B. Therefore, the mounting position of the housing body 60A relative to the roof 6A in the vertical direction can be adjusted by extending and retracting the extendable pole 6B. The extension and retraction of the extendable pole 6B is automatically controlled by, for example, a control mechanism 61. The structure of the cart unit container 60A is not limited to the example shown in the figure.

[0067] Additionally, in the system S of FIG. 1, the communication center 30 may collect information on the user's current location, or collect tee shot information indicating that the first shot (tee shot) has been hit on the teeing ground T. Methods for acquiring the user's current location information include, for example, acquiring GPS location information transmitted from the terminal device 40, using a marker (so-called an "IC marker") equipped with a location information transmission function (beacon) as a marker on the golf ball 10, or incorporating a location information transmission function into the golf club 1. The method is not limited to a marker, and may be, for example, a location transmitter that the user can wear. Examples of location transmitters that can be used include smart tags and beacons. Users can carry location transmitters such as smart tags and beacons by putting them in their pockets or wearing them around their necks with a strap. Well-known technologies such as GPS, Wi-Fi (registered trademark), and Bluetooth (registered trademark) can be used to acquire location information.

[0068] Methods for obtaining tee shot information include, for example, using a tee 7 on the teeing ground T that has a function (sensor) for detecting whether or not a first shot has been taken and a function for communicating with the communication center 30 (a so-called "IC tee"), or by installing a camera (not shown) on the teeing ground T, or by obtaining tee shot information from footage captured by a camera 62 installed on the cart 6.

[0069] [2. Control] Next, a specific example of control for providing support content in the system S will be described. In the communication center 30, the control device 31 constantly receives, as golf play information, video data acquired (photographed) from the cameras 52, 62 and 25 of the cup unit 20, pin unit 50 and cart unit 60, and cup-in information acquired from the first sensor 22 of the cup unit 20. Note that the video data and cup-in information may be acquired from cameras and sensors attached to various devices within the system S, such as the terminal device 40 and the golf club 1.

[0070] The control device 31 stores the received video data and cup-in information in a storage device and accumulates them as big data, and can generate support information for providing various support content based on the video data and cup-in information. Below, two examples of control for providing support content will be explained: (1) feedback on golf play results, and (2) "presentation of a prize when the ball goes into the cup." Note that support content is not limited to the above two examples.

[0071] Feedback on golf play results means presenting various analysis and evaluation results regarding the golf play (swing) performed by the user. The presentation of a prize when the ball goes into the cup is an example of support content that provides added value (incentives) other than golf.

[0072] <Feedback on golf play results> First, (1) an example of control that provides feedback on golf play results will be described. The control device 31 analyzes the received video data in approximately real time using well-known image analysis technology. This allows the control device 31 to analyze the user's golf play recorded in the video data. Specifically, the control device 31 can identify the user's swing recorded in the video data and analyze the identified swing, identify the golf ball 10 hit in the video data and analyze the movement of the ball 10, analyze the rotation of the ball 10, and count the number of strokes from the user's movement and ball movement recorded in the video data. Here, analyzing the swing includes analyzing the user's form and analyzing the movement of the golf club (head).

[0073] Examples of analysis items for the user's form include the user's eye position, head position, posture, head-up analysis, and head-up check. Examples of analysis items for the movement of the golf club (head) include the golf club stroke trajectory, head angle, ball launch angle, head speed, impact strength, putter face angle, club path (the club head trajectory from just before impact to after impact), swing tempo, swing flow, and club head flow.

[0074] Examples of analysis items for the movement of the golf ball 10 include the speed of the golf ball 10, the launch angle (launch direction) of the golf ball 10, and the flight distance of the golf ball 10. The control device 31 calculates analysis result data for each of the above items by analyzing the video data, and generates the calculated various analysis result data as support information. The analysis result data generated as support information is used as information for displaying the results of analyzing the golf play (analysis results) and evaluation for each of the above items.

[0075] The control device 31 transmits the analysis result data generated as support information to the terminal device 40. Based on the received analysis result data (support information), the fourth control mechanism 41 of the terminal device 40 displays the analysis results and evaluation of the golf play for each of the above items as support content on the display 42. In other words, feedback on the golf play results is provided. Such feedback contributes to improving the user's golfing technique. Furthermore, visualizing one's own play as numerical values ​​and images also contributes to improving the enjoyment of golf. In addition, the display or presentation of the support content is not limited to content display on the display 42 of the terminal device 40, but may also be realized by content display on a display attached to various devices within the system S, or by sound (music, voice, sound, or any other sound) from an audio device attached to various devices within the system S.

[0076] Examples of analysis results of golf play displayed as support content on the display 42 are listed below. Examples of support content include the speed of the golf ball 10, the launch angle (launch direction) of the golf ball 10, the flight distance of the golf ball 10, a video recording the user's form during the swing, a series of high-speed photographs of the user's form during the swing, the user's eye position during the swing, the position and posture of the head, a head-up analysis, a head-up check, the golf club stroke trajectory, the measured head angle, the measured head speed, the measured strength of the hit, and the swing tempo. The golf club stroke trajectory includes the so-called grab path. The head angle includes the direction (angle) of the putter face.

[0077] The feedback on the golf play result is not limited to the visual feedback as described above, but may also be provided by audio information (that is, auditory feedback). Specifically, auditory feedback is the transmission of the results of analyzing a golf play by voice. Specifically, it can output voices such as "Nice shot," "Out of alignment," "Hooked," "Open," "Out of alignment by n (n is any number) degrees," "Hooked by n (n is any number) degrees," "Open by n (n is any number) degrees," etc. These voices can be provided in combination with the visual feedback described above.

[0078] In this case, the storage device of the communication center 30 is provided with a database that stores various voice data (audio data) used for auditory feedback. The control device 31 extracts voice data to be provided to the user from the database based on the calculated various analysis result data, and generates support information including this voice data. The terminal device 40 outputs audio based on the transmitted audio data. For example, headphones or earphones can be used to output the audio. Note that the audio output is not limited to the terminal device 40, and may be performed by an audio device of any device within the system S.

[0079] <Banner Ad> The control device 31 may generate banner advertisement display information and transmit it to the terminal device 40 of the user in association with providing the feedback on the golf play result. The banner advertisement display information is information for displaying a banner advertisement video (a small advertisement displayed in a part of the screen) accompanying the feedback on the golf play result. In this case, the banner advertisement is displayed on the terminal device 40 accompanying the feedback on the golf play result. The banner advertisement may be displayed on any display device in the system S, such as the terminal device 40, the display 60W of the cart 6, or the like.

[0080] The control device 31 may generate advertising audio output information instead of or in addition to the banner advertising display information and transmit it to the terminal device 40 of the user. In this case, the terminal device 40 outputs the advertising audio in association with the feedback on the golf play results. The content of the output video and audio is not limited to advertisements and may be any video or audio (for example, ASMR).

[0081] <Gift Presentation> Next, we will explain the above (2) "Presenting a prize when the ball goes into the cup." "Presenting a prize when the ball goes in the cup" increases the entertainment value of playing golf by outputting guidance audio and guidance video from the terminal device 40 to inform the user of the presentation of a specified prize when the ball goes in the cup. An example of guidance audio is an announcement such as "If you sink the ball in one putt, you'll get a free drink." An example of guidance video is an advertisement video about prizes. The storage device of the communication center 30 is provided with a database that stores a large number of audio and video announcements about the prize presentation.

[0082] The control device 31 can determine that the ball has gone into the cup when it receives cup-in information from the cup unit 20. When the ball goes into the cup, the control device 31 extracts guidance data from the database to provide guidance on the presentation of a predetermined prize. The guidance data is data for generating at least one of a guidance voice and a guidance video that provides guidance on the presentation of a prize. The extracted guidance data is then generated as support information and transmitted to the terminal device 40. In the terminal device 40, at least one of a guidance voice and a guidance video that provides guidance on the presentation of a prize based on the received guidance data is output (presented) from the display 42 or an audio device. In addition to transmitting the data, the communication center 30 can also issue a digital coupon to the terminal device 40 for actually acquiring the prize.

[0083] <Other features include advertising, points, music, etc.> The support content provided in response to a cup-in is not limited to audio and video guidance about "prize presentation." For example, depending on whether the ball goes in the cup, advertising videos, advertising audio, points awarded at stores or websites, miles, mileage, stay mileage, discount tickets, service coupons, music, support audio, lighting effects, etc. may be provided.

[0084] In this case, the storage device of the communication center 30 is provided with a database that stores a large amount of information (including advertising video signals) related to advertising videos, advertising audio, points awarded at stores and websites, miles, mileage, stay mileage, discount tickets, service coupons, music, support audio, lighting effects, etc. In response to a cup-in, the communication center 30 extracts information related to advertising videos, advertising audio, points awarded at stores and websites, miles, mileage, stay mileage, discount tickets, service coupons, music, support audio, lighting effects, etc. from the database and transmits it to the terminal device 40. Note that support audio is audio that enhances the enjoyment of golf, specifically, cheers, cheers, applause, etc. from the gallery. Lighting effects are effects that enhance the user's enjoyment of golf by controlling the on / off, color, brightness, etc. of light source devices in the system S. Lighting provides illumination, neon, lights, spotlights, rotating spotlights, mirror balls, LED lighting, etc. Lighting effects may be accompanied by music. The user can select a desired music genre or song, such as disco, gravure music, classical music, pop music, enka, etc. In the lighting effect, it is preferable to change the control of the light source device according to the selected music genre.

[0085] The timing for providing banner advertising videos, advertising audio, music, etc. is not limited to when the ball goes into the hole. For example, the control device 31 (communications center 30) can analyze video data (movie data) to determine whether the user is playing on the course or moving between courses. When it determines that the user is moving between courses, it can provide golf course descriptions, advertising videos, advertising audio, music, radio broadcasts, movies, golf insurance information, etc. to the user's terminal device 40 and the cart unit 60 of the cart 6 (such as the cart's audio device 60Y and display 60W). The golf course descriptions are a function (a "caddie function") that provides explanations of individual golf courses, such as course length, pin positions, difficulty levels, obstacles, club selection, and strategy, using video, images, audio, etc. Golf insurance includes liability coverage, disability coverage, golf equipment coverage, and hole-in-one / albatross cost coverage. Golf insurance information may also provide services in collaboration with insurance companies. For example, users may be able to sign up for insurance by connecting to the insurance company's website via the Internet. In this system S, it is also possible to generate profits by trading such insurance products. The provision of "music" as described above includes playing music based on a playlist of desired music genres or songs created by the user, as well as playing music selected by a DJ (disc jockey). The user may be able to request a desired song from the DJ's selection. The music provided may also be so-called "karaoke." In this case, the user can sing along with the karaoke performance.

[0086] Note that information such as explanations of the golf course, advertising videos, advertising audio, music, radio broadcasts, movies, and golf insurance information may be provided to the user's terminal device 40 or the cart unit 60 (such as the audio device 60Y and display 60W of the cart 6) of the cart 6 while the user is playing on the course. Providing advertising videos, advertising audio, music, radio broadcasts, movies, and the like while the user is traveling using the cart 6 can increase the entertainment value of playing golf. One example of how "music" can be used is to play a desired song as the user's "entrance theme" when they start playing (before hitting the ball). The playback of the entrance theme may be combined with the playback of music selected by a DJ. It is also possible to provide a "challenge course" function as one of the contents provided using the terminal device 40 or the cart unit 60 of the cart 6 (such as the sound device 60Y and display 60W of the cart 6). The "challenge course" function is a function that sets a predetermined mission for playing on a certain golf course (for example, finishing within a predetermined number of strokes) and presents a prize when the mission is achieved. In addition to the "challenge course" function, various projects can be produced, such as holding electronic competitions. The user can freely turn on or off the playback of audio and video such as golf course explanations, advertising videos, advertising audio, music, radio broadcasts, movies, golf insurance information, etc. In other words, the user can individually select, for example, from the terminal device 40, whether or not the various contents described above are provided.

[0087] <Archived footage> The support content is not limited to the above. Another example of support content is providing a user with recorded video of a golf game. In this case, the communication center 30 analyzes video data acquired (filmed) by at least one of the cameras 52, 62, and 25, and, based on the analysis results, uses a software program for implementing existing video processing technology to automatically edit the videos acquired from the multiple cameras 52, 62, and 25 or to synthesize multiple videos to create recorded video content of the golf game, and stores the created recorded video content in memory.

[0088] The recorded video content is not limited to video, but may also be still image data (for example, "slide show" data that automatically plays multiple photos sequentially, or a commemorative photo taken of a scene during gameplay). The provision of recorded video content may be, for example, provision of recorded data recorded on a storage medium such as a DVD, transmission of recorded data to the user's terminal device 40, or storage of recorded data on a cloud server.

[0089] Other support content includes a competitive game function linked to golf play information, and a rhythmic sound (metronome or any other sound that provides rhythm to the user) output function that guides the golf swing. When the user's terminal device 40 is a wearable terminal (head-mounted wearable terminal) that is worn on the head, such as smart glasses or an eyeglass-type wearable device, images of the various support contents described above are superimposed on the real world and displayed on the display 42 of the terminal device 40. By providing support contents in this way as AR (Augmented Reality), VR (Virtual Reality), or MR (Mixed Reality), the user's enjoyment of playing golf can be further enhanced.

[0090] If the user's terminal device 40 is a head-mounted wearable device, such as smart glasses or an eyeglass-type wearable device, the display 42 of the terminal device 40 can be used to play audio and video content, such as advertising videos, audio, music, radio broadcasts, television broadcasts, movies, and video streaming services, as well as browse websites and various file documents while playing golf or traveling between courses. In other words, a user can engage in auditory and visual experiences and tasks separate from golf while playing golf. Furthermore, a user can converse with other users via the wearable device or make phone calls using the wearable device while playing golf. The user can select from the various support contents described above as appropriate from the terminal device 40 and receive the support contents in a desired combination.

[0091] Furthermore, the analysis results of the video data and the generated support information may be stored as big data in the storage device of the control device 31 (communication center 30). The user may be able to switch whether or not to store information as big data. By storing the analysis results of the video data and the generated support information as big data in the communication center 30, a data platform that aggregates golf play information can be provided. Big data can be shared among multiple golf courses. For example, participation data (e.g., handicap reports) related to handicaps by various organizations such as the PGA, JPGA, JGA, and R&A can be collected as big data. Furthermore, by linking with application programs provided by organizations such as the PGA, JPGA, JGA, and R&A, data can be sent and received between the present system S and organizations such as the PGA, JPGA, JGA, and R&A.

[0092] The communication center 30 can also utilize video data acquired (photographed) by at least one of the cameras 52, 62, and 25 of the cup unit 20, pin unit 50, and cart unit 60 for managing the golf course. The communication center 30 can also acquire video data (live camera data) in real time from at least one of the cameras 52, 62, and 25 of the cup unit 20, pin unit 50, and cart unit 60, and utilize the live camera data for managing the golf course. Golf course maintenance includes turf care, tree care, staffing, cleaning, and other golf course maintenance.

[0093] Furthermore, the control device 31 of the communication center 30 uses well-known facial recognition technology to individually recognize multiple users (golf is usually played in groups of four) playing golf in video data acquired (filmed) by at least one of the cameras 52, 62, and 25 of the cup unit 20, pin unit 50, and cart unit 60, and can track each user playing golf within the video data. Therefore, the control device 31 of the communication center 30 can generate support information for each user individually recognized within the video data and provide personalized support content to each user. The cup unit 20, communication center 30, terminal device 40, pin unit 50, and cart unit 60 within the system S cooperate with each other based on the results of facial recognition.

[0094] Furthermore, multiple users playing golf color (mark) their respective balls 10. The control device 31 of the communication center 30 analyzes video data acquired (photographed) by at least one of the cameras 52, 62, and 25 of the cup unit 20, the pin unit 50, and the cart unit 60, identifies the color of the ball 10 in the video data, and associates the ball 10 with a user according to the identified color. This makes it possible, for example, to track the ball 10 for each user, or to identify the current location of a user (ball 10) on the golf course from the position of the ball 10 in the video data. The control device 31 of the communication center 30 associates multiple users with the balls 10 they use when a golf game begins. During a golf game, the control device 31 of the communication center 30 associates multiple users with the balls 10 they use based on video data acquired from the cameras 52, 62, and 25 of the cup unit 20, pin unit 50, and cart unit 60, and can identify and track the balls 10 for each user. The configuration in which the control device 31 of the communication center 30 identifies the balls 10 is not limited to one in which the cup unit 20, communication center 30, terminal device 40, pin unit 50, and cart unit 60 in the system S each have a mechanism for identifying the balls 10, and can work together to identify, identify, and track the balls 10 for each user. The identification of the ball 10 is not limited to the above-described method of "coloring" and analyzing video data. Alternatively, the ball 10 may be identified using, for example, transparent ink that can be detected by a sensor but is invisible to the naked eye and a sensor capable of detecting this transparent ink. Alternatively, the identification of the ball 10 may be performed in the cart 6 using a scanner, camera, or the like attached to the cart unit 60. Furthermore, the identification of the ball 10 may be performed by analyzing video data acquired (photographed) by at least one of the cup unit 20, the pin unit 50, and the cameras 52, 62, and 25 of the cart unit 60, without using the above-described "coloring." For example, the ball 10 may be identified by image recognition using the camera 62 attached to the cart unit 60. For example, the ball 10 may be identified by identifying marks and patterns drawn on the ball 10 through image recognition, or by combining the marks and patterns drawn on the ball 10 identified through image recognition with the user identified through the above-described facial recognition. Furthermore, the cameras 52, 25 (identification means) of the cup unit 20 and the pin unit 50 can be used to identify the ball 10 that has fallen into the cup 2. This identification means is not limited to the above-mentioned cameras, and any known technology capable of detecting and identifying the ball 10 that has fallen into the cup 2 can be applied, such as an infrared camera, an infrared laser, a laser sensor, or an ultrasonic sensor. In this case, by providing the cup unit 20 (cup 2) with a light source (illumination means, illumination device 20Z in FIG. 1) for illuminating the inside of the cup 2 or the illumination device 50Z of the pin unit 50 to brighten the inside of the cup 2, it is possible to improve the identification ability when identifying the ball 10 that has fallen into the cup 2 using a camera.

[0095] By tracking the ball 10 and identifying its position information, an image showing the movement trajectory of the ball 10 from the teeing ground to the current position can be superimposed on a map image of the golf course and displayed on the display 42 of the terminal device 40. The movement trajectory is displayed, for example, by a line image extending from a dot image indicating the impact position for each shot, showing the movement trajectory (ball trajectory) on the map image of the golf course. The map image can be generated based on map information stored in the control device 31 of the communication center 30. The image showing the ball movement trajectory for each user can be displayed in a different color or in a different form (display mode) for each user. This display allows users to check the movement trajectory of their respective balls 10 on the display 42 of the terminal device 40. This contributes to enhancing the enjoyment of golf. Furthermore, in the golf support system S, an electronic bulletin board 8 may be installed in the clubhouse of the golf course or at any location within the golf course (for example, near the teeing ground T or near the green G). The electronic bulletin board 8 is an example of a display device for displaying various information on the golf course, and is preferably a large display device, for example, from the viewpoint of ensuring visibility. However, the size of the electronic bulletin board 8 is not particularly limited. The electronic bulletin board 8 may be configured as an information terminal device equipped with attached mechanisms such as a control mechanism 81, a display 82, a communication device 83, an input device 84, an audio device 85, a camera 86, a sensor 87, and a lighting device 88, and can function as one of the devices constituting the system S. The electronic signboard 8 may be provided with sensors such as a speed sensor, an acceleration sensor, a gyro sensor, a magnetic sensor, a biometric authentication sensor, an air pressure sensor (pressure sensor), a temperature sensor, a microphone (sound pressure sensor), a direction sensor, a proximity sensor, a brightness sensor (ambient light sensor), a motion sensor, an anemometer, a wind vane, an infrared sensor, an infrared camera, a snow depth meter (such as a snow depth meter based on laser reflection or images captured by a camera), etc. That is, the electronic signboard 8 functions as one of the devices in the assistance system S and can be configured as a multi-functional AI device that can link with other devices in the system S, display various information to the user, output audio, perform predetermined functions in response to predetermined voice input such as "Alexa (registered trademark)," "OK Google (registered trademark)," or "Hey Siri (registered trademark)," and emit light. The display of various information on the electronic signboard 8 is controlled, for example, by the communication center 30. The electronic signboard 8 may be controlled not only by the communication center 30 but also by any of the cup unit 20, the communication center 30, the terminal device 40, the pin unit 50, or the cart unit 60 in the system S. The various support contents described above can be displayed on the electronic bulletin board 8. In addition to the guides and contents described above, any information may be displayed on the electronic bulletin board 8, such as weather, current news, user scores, rankings, tournament information, competition information, banner advertisements, and the like.The cup unit 20, communication center 30, terminal device 40, pin unit 50, and cart unit 60 in the system S can cooperate with the electronic bulletin board 8 to display various information on the electronic bulletin board 8. A projector may be provided instead of or in addition to the electronic bulletin board 8. The projector can project images into the system S using projection mapping. Each of the cameras 52, 62, 25, etc., arranged in the golf support system S may be configured as a 3D camera. Furthermore, each device in the golf support system S may be configured to share its own power status (for example, remaining battery power) and operating status (for example, instrument status).

[0096] [3. Action and Effects] According to the golf support system S of the first embodiment, since it has the above-mentioned configuration, it has the following advantageous effects. (1) According to the present system S, video data acquired (photographed) by at least one of the cameras 52, 62, and 25 of the cup unit 20, the pin unit 50, and the cart unit 60, and cup-in information acquired (detected) by the sensor 22 of the cup unit 20 are acquired, and support information for providing support content is generated based on the acquired data, and support content based on the support information can be provided to the user. Therefore, the enjoyment of the support content is added to normal golf play. This increases the user's enjoyment during golf play.

[0097] (2) When a head-mounted wearable device is used as the terminal device 40, it is possible to play golf and view the display at the same time. In addition, images of the support content are provided superimposed on the real world. By providing the support content as augmented reality in this way, the user's enjoyment of playing golf can be further enhanced. (3) The cup unit container 20A containing the cup unit 20 is built into the cup body 2A, so that the functionality of the unit 20 can be easily added to an existing cup 2. (4) The telescopic rod mechanism with camera 20B allows the periphery of the cup 2 to be photographed even when the pin 5 is removed and the first camera 52 of the pin 5 cannot be used. (5) When the pin 5 is removed, the telescopic rod mechanism 20B with camera automatically extends, allowing the area around the cup 2 to be photographed, so that video data of the area around the cup 2 can be reliably obtained even when the pin 5 is removed.

[0098] (6) The pin 5 has a structure in which the lower part 5D and the upper part 5U are connected via the hinge part 5C, and when the pin 5 is laid on the ground, the upper part 5U bends so as to stand up from the ground, allowing the first camera 52 to take an image. Therefore, even if the pin 5 is removed, image data of the area around the cup 2 can be reliably obtained.

[0099] (7) The support content calculates various measurement data based on the analysis of video data and displays information about the measurement data as "feedback on golf play results." In this way, it is possible to provide highly accurate feedback that takes into account various factors, rather than simply ball trajectory and score. This contributes to enhancing the enjoyment of golf. (8) "Feedback on golf play results" refers to displaying at least one of the following: golf ball speed, golf ball launch angle, golf ball rolling distance, user's eye position during swing, user's head position during swing, user's posture during swing, head-up analysis, head-up check, golf club stroke trajectory, golf club head angle, head speed, strength of impact with the golf club, and swing tempo. Providing this information to users contributes to improving their golfing skills and, ultimately, to increasing the enjoyment of golf.

[0100] (9) Banner advertisements can be displayed in conjunction with the "feedback on golf play results." This makes it possible to provide advertisements to users who are enjoying golf. (10) At least one of audio and video announcements about prizes can be displayed when the ball goes into the cup. This allows the user to receive incentives other than golf, which contributes to enhancing the enjoyment of golf. (11) Advertising videos can be displayed when the ball goes in the cup. This makes it possible to provide advertisements to users who are enjoying golf.

[0101] (12) In the communication center 30, the control device 31 individually identifies multiple users in the video data and generates support information for providing personalized support content to each identified user, thereby making it possible to provide appropriate support content to each of multiple users (golf is usually played in groups of four) during a golf game.

[0102] [II. Second Embodiment] [1. Configuration] Next, the configuration of a system S' according to the second embodiment will be described. Fig. 9(a) is an explanatory diagram showing the overall configuration of a system S' according to the second embodiment. The system S' according to the second embodiment differs from the system S according to the first embodiment in that a microchip-embedded ball (hereinafter also referred to as a "chip-embedded ball") 10' is used instead of the golf ball 10, but the other components are the same. Components that are common to the system S according to the first embodiment are given the same reference numerals and will not be described again.

[0103] <Ball with built-in chip> The ball 10′ with an integrated chip includes a ball body 11 and a control mechanism 12 built into the ball body 11. The ball body 11 is a sphere that is hit by a user during golf play. FIG. 9(b) is an explanatory diagram of an example of the configuration of the ball 10′, depicting a cross section of the ball 10′. The ball body 11 in FIG. 9(b) is, as an example, a four-piece ball consisting of a cover 11a forming an outer shell, a mid layer 11b provided inside the cover 11a, and two-layer rubber layers 11c and 11d provided inside the mid layer 11b. However, the structure of the ball body 11 is not limited to this. A microchip 12a equipped with a control mechanism 12 is embedded in the rubber layer 11d of the ball body 11. For example, the ball body 11 can be divided into two parts along a radial cutting line, and the microchip 12a can be attached and detached by dividing the ball body 11 into two parts. The two parts constituting the ball body 11 may be joined by any joining method, such as adhesive, assembly, fitting in a concave-convex combination, or marquetry. The control mechanism 12 is an electrical control device including, for example, a processor, a memory device, etc., mounted on a microchip that can be built into the ball body 11. This control mechanism 12 includes a memory unit 13 that stores ID information unique to the chip-embedded ball 10'. A ball-hit sensor 14 and a communication device (first transmitting device, transmitting device) 15 are connected to the control mechanism 12 so as to be able to send and receive data. The ball-hit sensor 14 and the communication device 15 are mounted on the above-mentioned microchip together with the control mechanism 12, for example.

[0104] The microchip 12a on which the control mechanism 12 is mounted is detachably attached to the ball body 11. Therefore, by simply replacing the microchip attached to a certain ball body 11 (old ball) with another ball body 11 (new ball), the information of the old chip-embedded ball 10' can be taken over to the new chip-embedded ball 10'. The chip-embedded ball 10' may have a structure in which the microchip 12a is embedded in the ball body 11 and cannot be detached.

[0105] The ID information stored in the storage unit 13 is ID information unique to the chip-embedded ball 10'. The ID information is associated one-to-one with the user who uses the chip-embedded ball 10'. The ball hit sensor 14 is a sensor that detects ball hit information relating to the impact of the chip-integrated ball 10'. The ball hit information is transmitted to the communication center 30 as one piece of golf play information.

[0106] In chip-embedded ball 10′, examples of hit sensor 14 include an impact sensor that detects impact data when ball body 11 is hit, and a GPS (position sensor) that can detect the current location information of ball body 11. The impact data in this embodiment includes, for example, information indicating that a hit has been made (whether or not a hit has been made) and the impact force of the hit (hit strength). Other hit information detected by the hit ball sensor 14 includes the ball's rotation direction, number of rotations, rotation speed, ball speed, acceleration, etc. The current position information includes, for example, the current position of the chip-embedded ball 10' before being hit and the position information of the chip-embedded ball 10' after being hit and when it has come to rest. The chipped ball 10' may be used not only for playing golf (actual game) but also for gathering information in testing and research on hitting.

[0107] In other words, the hit ball information detected by the hit ball sensor 14 in this embodiment includes, as golf play information, at least information indicating that the ball body 11 has been hit and position information after the ball body 11 has been hit. The communication device 15 transmits the hit ball information detected by the hit ball sensor 14 to the communication center 30 via a wireless communication network. Furthermore, the storage device of the control mechanism 12 stores information about the hit ball detected by the hit ball sensor 14. The storage device of the control mechanism 12 may store a history of the hit ball information over a certain period of time.

[0108] Other sensors that may be used in the hit ball sensor 14 include, but are not limited to, speed sensors, acceleration sensors, gyro sensors, magnetic sensors, biometric authentication sensors, barometric pressure sensors (pressure sensors), temperature sensors, microphones (sound pressure sensors), direction sensors, proximity sensors, brightness sensors (ambient light sensors), etc. In addition, the chip-embedded ball 10' has a built-in power source (not shown) for supplying power. The chip-embedded ball 10' is also equipped with a location information transmission function via radio waves (beacon, GPS, Bluetooth (registered trademark), etc.), and can be configured so that other devices within the system S' can detect location information via radio waves from the chip-embedded ball 10'. As another example of the configuration of chip-embedded ball 10′, ball hit sensor 14 and communication device 15 may be built into ball body 11, and control mechanism 12 may be provided outside ball body 11. For example, control mechanism 12 may be provided in communication center 30 or terminal device 40. In this case, ball hit sensor 14 and communication device 15 are communicatively connected to control mechanism 12 provided outside chip-embedded ball 10′, and transmit data such as hit ball information to external control mechanism 12, or receive remote control from external control mechanism 12.

[0109] <Communications Center> The receiving device (first receiving device) 32 of the communication center 30 receives, as golf play information, hit-ball information detected by the hit-ball sensor 14 from the communication device 15 of the chip-integrated ball 10', and also receives, as golf play information, cup-in information detected by the first sensor (cup-in sensor) 22 from the communication device (second transmitting device) 23 of the cup unit 20. In addition to the above, the receiving device 32 of the communication center 30 also receives, as golf play information, video data acquired (photographed) by at least one of the cameras 52, 62, and 25 from the cup unit 20, pin unit 50, and cart unit 60.

[0110] The control device 31 generates predetermined support information based on the golf play information including the above-mentioned ball hit information, and transmits the support information from the transmission device (third transmission device) 33 to the terminal device 40. The terminal device 40 is configured to receive support information generated in the communication center 30 via a communication device (second receiving device) 43, and to output (present) support content based on the received support information to a display (presenter) 42.

[0111] [2. Control] Next, a specific example of control for providing support content in this system S' will be described. In this embodiment, a case where control in the system S' starts after the golf ball lands on the green G is exemplified. Specifically, the user plays golf using a regular golf ball (i.e., a ball consisting only of the ball body 11 without a built-in microchip) from the teeing ground to the green G. When the regular golf ball reaches the green G, the user replaces the golf ball he or she is using with the ball 10' with a built-in chip. The user then plays golf on the green G using the ball 10' with a built-in chip. The control of the present system S' described below is applied to playing golf on the green G using the ball 10' with a built-in chip.

[0112] Another example of the "replacement with a chip-embedded ball 10'" technique is to attach a microchip equipped with the control mechanism 12 to a regular golf ball. In this case, a regular golf ball is used for play from the teeing ground to the green G. Then, when the ball lands on the green G, a microchip equipped with the control mechanism 12 is attached to the ball.

[0113] After the ball is replaced with the chip-embedded ball 10', the control of providing the support content in the system S' begins. Since a normal golf ball is used up to the green G, the risk of losing the special and expensive chip-embedded ball 10' with the attached microchip is reduced. Control is started when, for example, the user manually inputs a control start request for the system S' using the input device 44 of the terminal device 40 when the golf ball lands on the green G. The communication center 30 starts control in response to the input start request. At this time, the communication center 30 obtains ID information for the ball 10' with a built-in chip, as well as data on the current position of the ball 10' with a built-in chip. As another example, control in the system S' may be automatically initiated when a user replaces his or her golf ball with a ball 10' with a built-in chip on the green G. For example, the communication center 30 transmits a connection request to the ball 10' with a built-in chip on the green G, and once the connection is established, control is automatically initiated.

[0114] <Displaying the number of strokes required to get into the cup> First, as an example of the control of the present system S', a control for providing "display of the number of strokes until the ball goes into the cup" as support content will be described. When the above control is initiated, the communication center 30 acquires hit ball information from the chip-embedded ball 10'. The communication center 30 records the received hit ball information in association with the ID information. In other words, when the user hits the chip-embedded ball 10' after the above control is initiated, the hit ball information is transmitted from the chip-embedded ball 10'. The communication center 30 records the received hit ball information in chronological order in association with ID information for each hit from the start of hitting the chipped ball 10' on the green G.

[0115] When the ball 10' with a built-in chip goes into the cup 2, the communication center 30 obtains cup-in information from the unit 20. At the point when the cup-in information is obtained, recording of the hit information of the ball 10' with a built-in chip associated with the ID information is stopped. This allows the communication center 30 to obtain hit information in chronological order from the start of hitting the ball 10' with a built-in chip on the green G until it goes in the cup. The control device of the communication center 30 generates stroke number information indicating the number of strokes from the start of hitting the ball 10' with a built-in chip on the green G until it goes in the cup, based on the hit information from the start of hitting the ball 10' with a built-in chip on the green G until it goes in the cup.

[0116] The communication center 30 transmits the generated stroke count information as support information to the terminal device 40. The terminal device 40 displays the stroke count based on the stroke count information on the display 42. The user can check the number of strokes from the time the golf ball lands on the green G to the time it goes into the cup by viewing the display 42. The terminal device 40 displays a response button image on the display 42 along with the stroke count to prompt the user to respond. The button images are, for example, two options: "OK" and "Edit." The user uses the button image to reply to the communication center 30. If "Edit" is selected, the user inputs the corrected stroke count. The terminal device 40 transmits the corrected stroke count to the communication center 30. The communication center 30 then changes the stroke count in the storage device to the corrected value.

[0117] <Displaying shot information for each shot> In addition to the above-mentioned "display of the number of strokes until the ball goes in the cup," the system S also provides "display of shot information for each stroke." Here, "shot information for each stroke" refers to information about putting (each stroke) performed from the time the golf ball lands on the green G until it goes in the cup. When the golf ball lands on the green G, the communication center 30 starts control over the "display of shot information for each stroke" in parallel with the "display of the number of strokes until the ball goes in the cup" described above. Specifically, each time the user hits the golf ball 10' with a built-in chip, the communication center 30 receives hit ball information from the ball 10' and also receives video data captured (photographed) by at least one of the cameras 52, 62, and 25. The communication center 30 analyzes the video data and obtains the ball's flight distance, ball trajectory, speed, rotation speed, rotation direction, number of rotations, movement direction, ball animation, head angle, trajectory, head speed, etc. as analysis results for each hit. The communication center 30 then generates "shot information" based on the hit ball information and the video analysis results.

[0118] The shot information visualizes each hit of the tip-integrated ball 10'. The shot information includes the ball's flight distance, ball trajectory, speed, rotation speed, rotation direction, number of rotations, movement direction, ball animation, head angle, trajectory, head speed, etc. The communication center 30 can generate the above shot information by analyzing the video data and ball hit information. The communication center 30 transmits the shot information to the terminal device 40. As a result, in the terminal device 40, information such as numerical values, character strings, and images based on the shot information is displayed on the display 42 each time the user hits the ball 10' with the built-in tip. The user can check his / her own shots with each shot by viewing the shot information. In this way, by visualizing the information about each shot, the user can enjoy checking and analyzing his / her own play with numerical values ​​and the like. Furthermore, based on the shot information, an image showing the movement trajectory of the ball 10 from the teeing ground to the current position can be superimposed on a map image of the golf course and displayed on the display 42 of the terminal device 40. The display of the movement trajectory is as described above in the first embodiment.

[0119] <Video game linked to striking> Next, we will explain the control of providing a "video game linked to hitting" as support content. A "video game" is a "video game" that is displayed on the display 42 of the terminal device 40. Specific examples of video games include crane games, pachinko, slot machines, smart balls, shooting games, puzzle games, and RPG (role-playing) games.

[0120] A storage device (not shown) in the terminal device 40 stores a software program for executing the above-mentioned video game. In the case of providing a "video game linked to a shot," a predetermined video game is started on the terminal device 40 when the golf ball lands on the green G. The start of the video game may be remotely instructed by the communication center 30 or manually instructed by the user. A play screen of the video game is displayed on the display 42 of the terminal device 40. The play screen is in a state of waiting for input for the video game.

[0121] The communication center 30 generates input information for the video game based on the hit information from the golf ball 10 each time a user hits the chip-embedded ball 10'. The input information is information that triggers the progress of a video game. Specifically, in a shooting game, the input information may be an instruction to shoot within the game. In a pachinko game, the input information may be an instruction to shoot a ball within the game.

[0122] The communication center 30 transmits the generated input information to the terminal device 40 as support information. In the terminal device 40, the display of the play screen on the display device 42 is updated based on the input information received from the communication center 30, and the video game progresses. This allows the video game to be played in conjunction with golf play (hitting).

[0123] The communication center 30 may generate input information for the video game in response to the cup-in information. In this case, the cup-in information serves as a trigger for the progress of the video game. The video game on the terminal device 40 may be a game that can be played by a single user or a game that can be played with multiple users. In the case of a game that can be played with multiple users, users who are playing golf together at a golf course can enjoy a video game that is linked to playing golf.

[0124] <Sound production> Next, the control for providing "sound effects" as support content will be described. "Sound production" refers to the output of predetermined support sounds at predetermined timings to enhance the entertainment value of golf play. Examples of support sounds include sound effects, music, cheers, and calls that support (encourage) the user while playing golf. Examples of timings for outputting support sounds include after each shot or when the ball goes into the cup. For example, a support sound database that stores a large amount of support sound data (audio data) is provided in the storage device of the communication center 30.

[0125] When the communication center 30 acquires at least one of the hit ball information, the video data analysis result, and the cup-in information, it extracts an assisting voice based on the acquired information from the assisting voice database and generates an assisting voice output signal. The assisting voice output signal includes the assisting voice data extracted from the assisting voice database. The extracted assisting voice is a voice appropriate for the golf play situation estimated based on the hit ball information, the video data analysis result, and the cup-in information. Here, the video data analysis result is an estimate of the progress of the golf game based on the movement and position of the user and the golf ball 10 in the video. The communication center 30 transmits the generated support voice output signal as support information to devices equipped with sound devices in the system S of Fig. 1. Devices equipped with sound devices include the cup unit 20, the pin unit 50, the cart unit 60, etc. in addition to the terminal device 40. The devices equipped with sound devices output (play) support voice based on the received support voice output signal.

[0126] An example of sound effects is to output different sounds for each hit and when the ball goes in. More specifically, a cheer is output for each hit, and when the ball goes in, a louder cheer than the cheer for each hit is output. Hits may be evaluated based on the analysis results of the ball hit information and video data, and different sounds may be output depending on the quality of the hit. Different sounds may be output depending on the number of hits until the ball goes in. The support voice database may be provided in a device other than the communication center 30, specifically, in a device that is equipped with an audio device and is the destination of the support voice output signal.

[0127] <Lighting production> Next, the control for providing "lighting effects" as support content will be described. "Lighting effects" refer to controlling the light emission of a light source at a certain timing to enhance the entertainment value of golf play. Examples of light emission control include blinking light control and changing light color control. Examples of timing for controlling light emission include after each shot or when the ball goes into the cup. For example, the storage device of the communication center 30 is provided with a light emission pattern database that stores data on numerous light emission patterns. Examples of light emission patterns include blinking light and patterns that show changes in light color and brightness over time. Such lighting effects can be used in night golf. Specifically, lighting effects can be used to illuminate the bottom of the cup 2.

[0128] When the communication center 30 receives at least one of the hit ball information, the video data analysis result, and the cup-in information, it extracts a light emission pattern based on the received information from the light emission pattern database and generates a lighting control signal. The extracted light emission pattern is suitable for the golf play situation estimated based on the hit ball information, the video data analysis result, and the cup-in information.

[0129] The communication center 30 transmits the generated lighting control signal as support information to devices in the system S' that are equipped with light source devices (lighting devices, laser irradiators). Devices equipped with light source devices include the cup unit 20, the pin unit 50, the cart unit 60, etc., in addition to the terminal device 40. The devices equipped with light source devices control the light emission of the light source devices according to a light emission pattern based on the received lighting control signal. The light emission pattern database may be provided in a device other than the communication center 30, specifically, in a device to which a light source device is attached and to which a lighting control signal is to be transmitted.

[0130] [3. Action and Effects] According to the golf support system S' of the second embodiment, since it has the above-mentioned configuration, it has the following advantageous effects. (1) According to the present system S', support information for providing support content can be generated based on hitting information regarding the impact of the tip-integrated ball 10', and the support content based on the support information can be provided to the user. Therefore, the enjoyment of the support content can be added to the normal golf play. This can increase the enjoyment of the user's golf play. (2) This system S' can create support information by taking into account not only the ball hitting information but also the video data captured by the camera and the cup-in information, and can provide the user with support content based on the support information. Therefore, it is possible to provide support content that more accurately reflects the user's golf play.

[0131] (3) In this system S', when the golf play progresses to the green G, the normal golf ball is changed to the microchip-equipped ball 10'. Therefore, the enjoyment of the support content is added to the golf play on the green G. This increases the enjoyment of the golf play on the green G. Also, because a normal golf ball is used up to the green G, the risk of losing the special microchip-equipped golf ball 10 is reduced.

[0132] (4) According to the present system S', the "number of strokes until the ball goes into the cup" can be displayed as support content. This allows the user to visually grasp the number of strokes until the ball goes into the cup. (5) The system S' can display "shot information visualizing each hit" as support content, allowing the user to visually grasp the information about each hit. By visually providing information on the number of strokes and the impact of each stroke through (4) and (5) above, the user can easily grasp the results of their own play, increasing the enjoyment of playing golf.

[0133] (6) This system S' can provide a "video game linked to the shot" as support content. This allows the user to enjoy a video game linked to the golf play while playing golf. This increases the enjoyment of playing golf. In this case, rewards, prizes, etc. can be given for the results of playing the video game, separate from playing golf. Rewards, prizes, etc. include coupons that can be used to purchase products, points, miles, mileage, stay mileage, discount tickets, service coupons, etc. This contributes to increasing the enjoyment of playing golf.

[0134] (7) This system S' can provide "sound effects" as support content. This allows sound effects, music, cheers, and shouts to be output for each shot or when the ball goes in, making golf play more entertaining. (8) This system S' can provide "lighting effects" as support content. This allows the light source (light) to flash or change color after each shot or when the ball goes in, making golf play more entertaining.

[0135] (9) When a head-mounted wearable device is used as the terminal device 40, it is possible to play golf while viewing the display. Images, sounds, etc., of the support content are provided superimposed on the real world. By providing the support content as augmented reality in this way, the user's enjoyment of playing golf can be further enhanced.

[0136] [III. Third Embodiment] [1. Configuration] Next, the configuration of a system S'' according to the third embodiment will be described. Fig. 10 is an explanatory diagram showing the overall configuration of a system S'' according to the third embodiment. The present system S'' shown in Figure 10 differs from the system S' of the second embodiment shown in Figure 9(a) in that it is applied to an indoor golf driving range. In Figure 10, elements already described are given the same reference numerals and their explanations will be omitted. Note that the teeing ground T, cart 6, and electronic scoreboard 8 are not shown in the present system S'' shown in Figure 10. The indoor golf driving range is a golf course located within a building 70. The balls used in the system S'' are not limited to the chip-embedded balls 10', but may be ordinary balls 10 (FIG. 1) that do not have a built-in microchip.

[0137] Lighting equipment 71 and sound equipment 72 are installed inside the building 70. The lighting equipment 71 and sound equipment 72 are connected to the communication center 30 so as to be able to send and receive data. The control device 31 of the communication center 30 can control the operation of each of the lighting equipment 71 and sound equipment 72. The lighting equipment 71 may include various lighting devices such as electric lights, LED lights, laser illuminators, spotlights, strobe lights, etc. The audio equipment 72 includes an amplifier and a speaker, and is a device that outputs sound.

[0138] The control of providing "lighting effects" as the support content described above in the second embodiment in this system S'' will be described. The control device 31 of the communication center 30 generates a lighting control signal based on at least one of the ball hit information, the analysis result of the video data, and the cup-in information, and transmits the lighting control signal as support information to the lighting equipment 71. The lighting equipment 71 controls the lighting based on the lighting control signal. In the golf support system S'' shown in FIG. 10, a display (monitor) 100 for a user is disposed at an arbitrary position within a building 70. This monitor 100 is an example of a display device for displaying various information, and is installed near the user. The monitor 100 is provided with a control mechanism 101, a display 102, a communication device 103, an input device 104, an audio device 105, a camera 106, a sensor 107, a lighting device 108, and the like. As sensors, for example, a speed sensor, an acceleration sensor, a gyro sensor, a magnetic sensor, a biometric authentication sensor, an air pressure sensor (pressure sensor), a temperature sensor, a microphone (sound pressure sensor), a direction sensor, a proximity sensor, a brightness sensor (ambient light sensor), a human presence sensor, an anemometer, a wind vane, an infrared sensor, an infrared camera, a snow depth meter (such as a snow depth meter based on laser reflection or an image captured by a camera), and the like may be provided. That is, the monitor 100 functions as one of the devices in the golf support system S'' and can be configured as a multi-functional AI device that can link with other devices in the golf support system S'', display various information to the user, output audio, perform predetermined functions in response to predetermined voice input such as "Alexa (registered trademark)," "OK Google (registered trademark)," or "Hey Siri (registered trademark)," and emit light. The monitor 100 can display the various support contents described above, video and still images of the user's form, weather, current news, the user's score, ranking, and the like. The monitor 100 allows the user to easily check visual information provided by the golf support system S''. In addition, the monitor golf support system S'' functions as one element of the golf support system S'' in linkage with other devices in the system S. For example, the user may use the monitor 100 to connect to an interactive online golf lesson service via the Internet.

[0139] [2. Actions and Effects] According to this system S'', the lighting of the lighting equipment 71 in the building 70 of the indoor golf driving range is controlled based on at least one of the ball-hit information, the analysis results of the video data, and the cup-in information. Therefore, various types of "lighting effects" can be produced in conjunction with the golf play. Examples of lighting effects include flashy disco-style or club-style lighting, and fantastical illumination. This can enhance the enjoyment of playing golf for users of the indoor golf driving range.

[0140] In the present system S'' shown in FIG. 10, in the control for providing "sound effects" as the support content described above in the second embodiment, the control device 31 of the communication center 30 can control the audio equipment 72. In this case, when the control device 31 of the communication center 30 acquires at least one of the ball hitting information, the analysis result of the video data, and the cup-in information, it generates an audio output signal and transmits it to the audio equipment 72. The audio equipment 72 outputs audio based on the audio output signal or the audio guide signal. The location where the system S'' is applied is not limited to the indoor golf driving range building 70 (indoors) shown in Figure 10, but may be any location such as outdoors, in a garden, a plaza, an open space, a terrace, or on a boat.

[0141] [IV. Other] The above-described embodiment is merely an example, and is not intended to exclude various modifications and application of techniques not explicitly stated in the present embodiment. Each configuration of the present embodiment can be modified and implemented in various ways without departing from the spirit thereof. Furthermore, it is possible to select and / or combine as needed. For example, the chip-embedded ball 10' described in the second embodiment can be applied to various types of balls, including not only golf balls but also baseballs, tennis balls, soccer balls, and the like. Furthermore, the identification of each individual ball 10 described in the first embodiment can be applied not only to golf balls but also to various types of balls such as baseballs, tennis balls, and soccer balls.

[0142] Additionally, in each of the above embodiments, the control device 31 of the communication center 30 can provide golf play guidance based on the analysis results of video data captured by the cameras 52, 62, etc. Specifically, the golf play guidance involves presenting golf play tips such as a sample swing trajectory, a sample form, swing rhythm, ball launch direction, and accurate impact using images, photos, videos, audio, rhythmic sounds, or text. Furthermore, it is also possible to perform facial authentication of the user and detect the user's vital signs (blood pressure, pulse rate, body temperature, hydration, etc.) while playing golf based on video data captured by cameras installed in various devices of the system, such as the cameras 52, 62.

[0143] In each of the above embodiments, the golf club 1 may be equipped with a hitting assistance mechanism including a sensor that detects whether or not the ball has been hit, the angle of the head, the speed of the head, etc., a camera that takes pictures of the area in front of the head, a laser irradiator for irradiating guide light, etc. The power sources (batteries) of the various devices described above may be any known power source, such as rechargeable batteries, solar cells, etc. When using rechargeable batteries as the power source, they may be capable of being charged via air (wireless power transmission) or USB.

[0144] The various functions described as specific examples of the support content can be implemented by any combination of one or more of them. The golf support system is not limited to being applied to only a part of the golf course (green), but may be applied to the entire golf course. In the above-described golf support system, the control for providing support content is started after the golf ball lands on the green. However, the control for providing support content is not limited to this, and may be started at any timing during golf play. An example of the timing for starting the control for providing support content is the timing when the golf ball is hit from the teeing ground.

[0145] The smartphone or wearable device used as the terminal device 40 may have the following functions, for example. The following functions are also useful for increasing the enjoyment of golf and for improving the golf shot support effect. - A function that provides play support information via voice assistant A function that provides play support information in response to specified voice input such as "Alexa (registered trademark)," "OK Google (registered trademark)," or "Hey Siri (registered trademark)." - A function that provides play support information using AI (artificial intelligence application) - Function to provide banner ads and audio ads - Ability to provide games while waiting during a golf round - A function that provides points based on golf play - A function to survey golf courses and present the results to users -Function to guide the user in the direction of hitting the golf ball - Function to measure the user's movements while playing golf - Function to detect the user's vital information (blood pressure, pulse, body temperature, hydration, etc.) while playing golf -Function to estimate the trajectory of a golf ball -Ability to track golf ball movement - Capturing the user's swing and form - Ability to record golf play as video - Uploading videos of your golf game Remote control function for golf carts and drones - Ability to browse social media and websites while playing golf - Ability to view videos while playing golf - Ability to view document and video files while playing golf - Ability to type documents and make calls while playing golf

[0146] 2 described above, an example was given of a configuration in which the first sensor 22 is housed in a cup unit housing 20A that is arranged below the tray portion 2B on the bottom surface of the cup 2, but the arrangement of the first sensor 22 is not limited to the above-mentioned configuration example. FIGS. 11 to 16 show modified arrangements of the first sensor 22 in the cup 2, and give configuration examples in which the first sensor 22 is disposed in a location other than the cup unit housing 20A. In these configuration examples, the cup unit housing 20A houses the components of the cup unit 20 except for the first sensor 22. Note that the components already described are given the same reference numerals as before, and explanations thereof will be omitted. 11 illustrates a protruding (bump-shaped) sensor casing 22A that protrudes radially inward from the inner peripheral surface of the cup body 2A above the bottom surface of the cup 2. A first sensor 22 is housed within the protruding sensor casing 22A. In addition to the first sensor 22, a camera that photographs (detects) the ball 10 that has fallen into the cup 2 may be provided within the ring-shaped sensor casing 22B.

[0147] 12 illustrates a ring-shaped sensor casing 22B disposed along the inner circumferential surface of the cup body 2A above the bottom surface of the cup 2. The first sensor 22 is housed within this ring-shaped sensor casing 22B. In addition to the first sensor 22, a camera that photographs (detects) the ball 10 that has fallen into the cup 2 may also be provided within the ring-shaped sensor casing 22B. 13 shows an example of a configuration in which sensor casing 22C is embedded in the center of tray 2B. Sensor casing 22C is formed in a shape that surrounds hole 2D (i.e., the shaft member of lifting mechanism 2C that forms the pin case) in the center of tray 2B. First sensor 22 is housed within sensor casing 22C. In addition to first sensor 22, a camera that photographs (detects) ball 10 that has fallen into cup 2 may also be provided within sensor casing 22C.

[0148] 14 illustrates an example configuration in which a ring-shaped sensor casing 22D is formed on the outer periphery (edge) of the tray 2B. The first sensor 22 is housed within this ring-shaped sensor casing 22D. The ring-shaped sensor casing 22D may be formed integrally with the tray 2B, or may be a separate body detachably attached to the tray 2B. In addition to the first sensor 22, a camera may be provided within the ring-shaped sensor casing 22D to photograph (detect) the ball 10 that has fallen into the cup 2 and to photograph the area around the cup 2.

[0149] Figure 15 illustrates an example configuration in which a sensor casing 22C' (see Figure 13) is embedded in the center of the receiving tray portion 2B, and a ring-shaped sensor casing 22D' (see Figure 14) is formed on the outer periphery of the receiving tray portion 2B. In this case, at least one of the camera and the first sensor 22 may be provided in one of the sensor casing 22C' and the ring-shaped sensor casing 22D', and at least the other of the camera and the first sensor 22 may be housed in the other. Specifically, a configuration example may be given in which the camera is housed in the sensor casing 22C' and the first sensor 22 is housed in the ring-shaped sensor casing 22D'. As another example, the first sensor 22 may be housed in the sensor casing 22C' and the camera may be housed in the ring-shaped sensor casing 22D'. Furthermore, a camera (or the first sensor 22) may be provided in both the sensor casing 22C' and the ring-shaped sensor casing 22D', or both a camera and the first sensor 22 may be provided in both the sensor casing 22C' and the ring-shaped sensor casing 22D'.

[0150] 16(a) and 16(b) show examples of the configuration of sensor casing 22E provided in a protruding upward position in the center of receiving tray 2B. Sensor casing 22E forms a raised portion relative to the upper surface of receiving tray 2B. At least one of first sensor 22 and a camera is housed inside sensor casing 22E. Sensor casing 22E may be formed integrally with receiving tray 2B, or may be a separate body detachably attached to receiving tray 2B. FIG. 16(a) shows an example configuration in which, in addition to the sensor casing 22E, a ring-shaped sensor casing 22D'' is erected along the outer periphery of the upper surface of the receiving tray portion 2B. In this case, at least one of a camera and a first sensor 22 may be provided in one of the sensor casing 22E and the ring-shaped sensor casing 22D'', and at least the other of the camera and the first sensor 22 may be housed in the other. FIG. 16(b) shows a configuration example in which the sensor casing 22E is provided and the ring-shaped sensor casing 22D'' is not provided.

[0151] FIG. 17 shows the state in FIG. 16(a) where the tray 2B has been raised by the lifting mechanism 2C. In this configuration, when a camera is housed in the sensor casing 22E and the first sensor 22 is housed in the ring-shaped sensor casing 22D'', the camera in the sensor casing 22E can be raised to the outside of the cup main body 2A by raising the tray 2B, as shown in FIG. 17. This makes it possible to capture, for example, 360-degree images of the area around the cup 2 using the camera in the sensor casing 22E. Fig. 18 shows the state in Fig. 16(b) where the tray 2B has been raised by the lifting mechanism 2C. In this case, for example, by accommodating a camera and a first sensor 22 in the sensor casing 22E', the camera and the first sensor 22 can be used to detect the ball 10 dropping into the cup 2, and when the tray 2B is raised as shown in Fig. 18, the camera in the sensor casing 22E can be used to capture, for example, 360-degree images of the area around the cup 2.

[0152] Figure 19 shows a state in which sensor casing 22E has been further elevated above receiving tray 2B by lifting mechanism 2C from the state shown in Figure 17. Figure 20 shows a state in which sensor casing 22E' has been further elevated above receiving tray 2B by lifting mechanism 2C from the state shown in Figure 18. 19 and 20, sensor casing 22E, sensor casing 22E' may be configured to be able to rise relative to receiving tray portion 2B. If a camera is housed inside sensor casing 22E, the camera inside sensor casing 22E can be used to capture images of the periphery of cup 2, for example, 360 degrees. 21, the sensor casing 22E may be configured to be lifted away from the tray 2B without lifting the tray 2B in the configuration shown in FIG. 16(a) above. In this case, if a camera is housed inside the sensor casing 22E, it is possible to capture, for example, 360-degree images of the area around the cup 2 using the camera inside the sensor casing 22E. 17 to 21, with pin 5 (shown by dashed lines in the figures) inserted in hole 2D, it is possible for elevator mechanism 2C to raise and lower receiving tray 2B and sensor casing 22E. Here, elevator mechanism 2C may raise and lower receiving tray 2B and sensor casing 22E together with pin 5 inserted into hole 2D, or elevator mechanism 2C may raise and lower only receiving tray 2B and sensor casing 22E, without raising and lowering pin 5 inserted into hole 2D.

[0153] FIG. 22 shows a configuration example in which a storage section 22F that stores a first sensor 22 or a camera is disposed on a shaft member of the lifting mechanism 2C (i.e., a member that is extendable in the vertical direction and forms a pin case through which a pin 5 can be inserted). Here, the camera is used to photograph (detect) a ball 10 that has fallen into the cup 2 and to photograph the surroundings of the cup 2. In FIG. 22, the storage section 22F is disposed at the tip of the shaft member of the lifting mechanism 2C. The tip of the shaft member of the lifting mechanism 2C rises and falls independently of the tray 2B by the lifting drive of the lifting mechanism 2C. FIG. 22 shows a state in which the tray 2B rises from the bottom surface of the cup 2, and the portion (tip) of the shaft member of the lifting mechanism 2C that includes the storage section 22F protrudes above the tray 2B. With the portion (tip) including the container 22F protruding above the tray 2B, it is possible to photograph the periphery of the cup 2, for example, 360 degrees, using a camera inside the container 22F. 23, only the portion (tip) of the shaft member of the lifting mechanism 2C that includes the storage portion 22F may be extended upward without moving the tray portion 2B from the bottom surface of the cup 2. With the portion (tip) that includes the storage portion 22F extended upward, it is possible to photograph the area around the cup 2, for example, 360 degrees, using a camera inside the storage portion 22F. As shown in FIG. 24, the storage section 22F may be disposed below the receiving tray section 2B on the shaft member of the lifting mechanism 2C. 17 to 24, the up-and-down lifting drive by the lifting mechanism 2C has been described, but the manner of operation of the lifting drive is not particularly limited, and various modes are conceivable. For example, the lowering operation may be started immediately after the lifting operation by the lifting mechanism 2C, or the lifted state may be maintained after the lifting operation by the lifting mechanism 2C. Furthermore, the lifting operation by the lifting mechanism 2C may be started in response to the extraction of the pin 5.

[0154] In the above-mentioned Figures 4(a), (b) and Figures 5(a), (b), a configuration example is shown in which the rods 24, 24' of the telescopic rod mechanism with camera 20B are arranged at the radial center of the cup 2, but the arrangement of the rods of the telescopic rod mechanism with camera 20B is not limited to this. For example, as shown in FIG. 25, a configuration may be adopted in which a rod 24'' of a telescopic rod mechanism 20B with a camera is disposed on the outer periphery of the cup 2.

[0155] A solar panel may be attached to the pin 5. The solar panel is a power generating panel for generating electricity to be used by various devices in the system S, such as the terminal device 40 and the chip-embedded ball 10′. The arrangement of the solar panel relative to the pin 5 may be appropriately set from the viewpoint of efficient collection of sunlight and the viewpoint of the functionality of the pin 5. FIG. 26(a) shows an example of a configuration in which a plate-shaped solar panel 5S is attached to the tip of the pin 5. FIG. 26(b) shows an example of a configuration in which the solar panel 5S is attached below the flag 5A at the tip of the pin 5. FIG. 26(c) shows an example of a configuration in which the solar panel 5S is attached to a pin 5' whose upper part 5U can be bent relative to the lower part 5D at the hinge part 5C. As shown in FIG. 26(c), it is preferable that the solar panel 5S is positioned below the hinge part 5C on the pin 5'. In this case, part of the solar panel 5S can support the pin 5' in a lying position. The solar panel 5S is detachably attached to the pins 5, 5'. The power generated by the solar panel 5S can be used to charge the pin unit 50 and batteries of other devices.

[0156] As shown in FIG. 27 , a pin 5′, whose upper portion 5U can be bent relative to a lower portion 5D at a hinge portion 5C, may have a support plate 5L provided below the hinge portion 5C. The support plate 5L has functions such as supporting the pin 5′ in a lying position and providing a grip support when lifting the pin 5′. The support plate 5L is detachably attached to the pin 5′. Alternatively, a grip member may be attached to the pin 5′ instead of the support plate 5L to facilitate lifting the pin 5′. The grip member may be shaped to cover the pin 5′ and made of a well-known material with excellent gripping properties, such as a resin material or EVA foam. The grip member may be attached below the hinge portion 5C, for example, but may also be attached to the upper, middle, or lower portion of the pin 5′.

[0157] The pin 5 may be formed into a rod shape by connecting multiple members as shown in Figures 28(a) to (d). Figures 28(a) to (d) show, as an example, a configuration example in which three members, an upper portion 5P, a middle portion 5Q, and a lower portion 5R, are detachably connected to form a single pin 5. The upper portion 5P, the middle portion 5Q, and the lower portion 5R may be connected by a screw type, a push type, a folding type, a button type, or any other connecting method. In this case, a pin unit 50 including a first camera 52 and a sensor may be built into at least one of the upper portion 5P, the middle portion 5Q, and the lower portion 5R. FIG. 28(a) shows a configuration example in which the pin unit 50 is built into the upper portion 5P. FIG. 28(b) shows a configuration example in which the pin unit 50 is built into the middle portion 5Q. FIG. 28(c) shows a configuration example in which the pin unit 50 is built into the lower portion 5R. FIG. 28(d) shows a configuration example in which the pin unit 50 is built into both the upper portion 5P and the lower portion 5R. In the configuration example of FIG. 28(d), the components of the pin unit 50 may be housed in a distributed manner in the upper portion 5P and the lower portion 5R. The mounting position of the pin unit 50 may be freely set by the user. Furthermore, as shown in Figures 28(a) to (d), a solar panel 5Z (shown by a broken line) may be wrapped around the pin 5. The solar panel 5Z is detachably attached to the periphery of the pin 5. Well-known techniques such as a screw type, a protrusion engagement (butch) type, or a snap-in type can be applied to the structure for detachably attaching the solar panel 5Z to the pin 5. The vertical position of the solar panel 5Z is not limited. The pin unit 50 and batteries of other devices can be charged with the power generated by the solar panel 5Z. The solar panel 5Z may be fixedly incorporated into the pin 5 (in other words, "formed as a single pull with the pin 5").

[0158] 29(a) to 29(e) list modified examples of the method for mounting the microchip 12a on the chip-embedded ball 10′. FIG. 29(a) shows an example of a configuration in which the microchip 12a is mounted using a U-shaped mounting member 12b, which has outward-facing claws. FIG. 29(b) shows an example of a configuration in which the microchip 12a is mounted using a U-shaped mounting member 12b, which has inward-facing claws. FIG. 29(c) shows an example of a configuration in which the microchip 12a is mounted using a square-shaped mounting member 12c, which has a threaded portion 12d for screwing onto the chip-embedded ball 10′. FIG. 29(d) shows an example of a configuration in which the microchip 12a is mounted using a square-shaped mounting member 12e, which has a screw 12f separate from the mounting member 12e to fix the mounting member 12e to the chip-embedded ball 10′. FIG. 29(e) shows an example of a configuration in which a microchip 12a is attached using a square-shaped mount member 12g, and a plurality of engagement projections 12h are provided on the outer periphery of the mount member 12g.

[0159] As shown in FIG. 30, a ball cage 600 may be disposed behind the cup 2 as seen by a user standing facing the cup 2. The ball cage 600 is an auxiliary device that provides the user with marks for positions spaced apart in the left and right directions (L and R directions in the figure) relative to the cup 2 as a guide for the direction in which the ball will be hit. The ball cage 600 in FIG. 30 is formed from a member that has an overall rectangular parallelepiped shape. Of the six faces of the ball cage 600, the face that faces the user when positioned behind the cup 2 is referred to as the "front face" 610.

[0160] The front part 610 is formed elongated in the left-right direction. A panel 611 is fixedly provided in the center of the front part 610 in the left-right direction. The panel 611 is a marker that informs the user of the position of the cup 2. A plurality of patterns 612 are arranged on the panel 611 at intervals in the left-right direction. The patterns 612 are, for example, circular patterns that simulate balls, and are ball position markers that serve as markers for the left-right position of the ball 3 relative to the panel 611 (cup 2). The patterns 612 function as a scale (scales in units of approximately one ball) that measures the dimension of the distance in the left-right direction relative to the panel 611 (cup 2). For example, the pattern 612 to the right of the panel 611 is a marker that indicates a position that is one ball's width to the right of the cup 2. Furthermore, fixedly provided on both the left and right sides of the front surface 610 are laser light sources 613L and 613R that irradiate the user with laser light LX for guiding the ball's launch direction. In the ball cage 600 of FIG. 30, a panel 611, a pattern 612, and laser light sources 613L and 613R are also provided on the top surface 620.

[0161] The left-right dimension of panel 611 is set to be equal to or smaller than the diameter of cup 2. The diameter of pattern 61 is set to be equal to or smaller than the diameter of the ball. From the viewpoint of increasing the accuracy as a marker, it is preferable that the left-right dimension of panel 611 is slightly smaller than the diameter of cup 2, and that the diameter of pattern 61 is slightly smaller than the diameter of the ball. The laser light sources 613L, 613R are attached to the front surface 610 so that the angle can be adjusted. As an attachment structure that allows the angle to be adjusted, a well-known technique such as a ball joint may be applied. The angles of the laser light sources 613L, 613R may be manually adjusted by the user, or may be automatically adjusted by a drive mechanism including a power supply or a motor (not shown).

[0162] Ball cage 600 is disposed behind cup 2 as viewed from the user, with front portion 610 facing the user. This allows panel 611 and pattern 612 on front portion 610 to serve as markers for the position of cup 2 and the direction of hitting the ball. In ball cage 600 in which panel 611 and laser light sources 613L, 613R are fixedly provided, the position of the marker (panel 611) relative to cup 2 can be adjusted by changing the position of ball cage 600 relative to cup 2. For example, when practicing hitting the ball one ball's width to the right (or left) or half the ball's diameter to the right (or left) in accordance with the undulations of the golf ball rolling surface, the left-right position of the ball cage 600 is adjusted so that the panel 611 is moved half the ball's diameter to the right (or left) relative to the cup 2. This provides a guide for the left-right position of the ball relative to the cup 2. Therefore, the support effect of the golf support system can be improved. To facilitate movement (position adjustment) of the ball cage 600, the bottom surface of the ball cage 600 may be equipped with a moving mechanism such as casters, wheels, rollers, etc. for facilitating movement.

[0163] A ball cage 600' shown in Fig. 31 is a modified example of the ball cage 600 in Fig. 30, and has a panel 611' and laser light sources 613L', 613R' provided on a front surface 610' so as to be movable in the left-right direction. In Fig. 30, the movement directions of the panel 611' and laser light sources 613L', 613R' are indicated by outline arrows. In the example shown in FIG. 31 , rails 614 and 615 extending in the left-right direction are provided on the front surface 610′. The rail 614 supports the panel 611′ so that it can move left-right, and the rail 615 supports the laser light sources 613L′ and 613R′ so that they can move left-right. The movement ranges of the panel 611′ and the laser light sources 613L′ and 613R′ are set to the entire width of the ball cage 600′ in the left-right direction, for example. The movement ranges of the panel 611′ and the laser light sources 613L′ and 613R′ are not limited to the entire width of the ball cage 600′ in the left-right direction, but may be appropriately variably set within a portion of the entire width in the left-right direction. Note that the rails 614 and 615 are arranged side by side so as not to intersect with each other, so that the panel 611′ and the laser light sources 613L′ and 613R′ can pass each other when moving left-right. In the ball cage 600' of FIG. 31, a panel 611', a pattern 612', and laser light sources 613L' and 613R' are also provided on an upper surface 620'. In this case, the ball cage 600' does not move, but the panel 611' (and the laser light sources 613L', 613R') is moved left and right to adjust the position of the mark (panel 611) relative to the cup 2. For example, the panel 611' and the laser light sources 613L', 613R' can be moved according to the undulations of the green. This can further enhance the support effect of the golf support system. The left-right movement of the panel 611' and the laser light sources 613L', 613R' may be manually adjusted by the user, or may be automatically adjusted by a drive mechanism including a power supply and a motor (not shown).

[0164] 30 and 31 show ball cages 600 and 600' that are placed directly on the ground. However, the ball cages 600 and 600' may have legs (not shown) for supporting the ball cages 600 and 600' from below, and may be placed on the ground via the legs (not shown). Also, as shown in FIG. 32, the ball cages 600 and 600' may be attached to pins 5. In the structure shown in FIG. 32, in which the ball cages 600 and 600' are attached to pins 5, the ball cages 600 and 600' may be fixed to the pins 5, or may be attached so that their attachment positions can be freely moved up, down, left, and right. The attachment positions may be moved manually or electrically controlled by a drive mechanism (not shown). The electrically controlled operation may be remotely controlled using a remote controller (not shown), or may be operated by a switch (not shown) provided on the ball cages 600 and 600'.

[0165] The front portion 610 may have any shape other than a circle drawn as the pattern 612. Furthermore, the front portion 610 may have a scale for measuring length drawn as a marker instead of or in addition to the pattern 612. The scale may be in any unit such as cm, mm, feet, or inches. The ball cages 600 and 600' may have a structure in which panels 611, 611', a pattern 612, and laser light sources 613L, 613R, 613L', 613R' are provided on at least one of the front surface portions 610, 610' and the top surface portions 620, 620'. The shape, size, and horizontal dimension of the ball cages 600 and 600' are not limited. For example, the ball cages 600 and 600' are not limited to the rectangular column shape shown in Figures 30 and 31, but may be flat, disk-like, or any other shape. The number of laser light sources is not limited to two, but may be one or more. Furthermore, the ball cages 600 and 600' may include a communication device, a camera, a display, an audio device (microphone, speaker), etc. (not shown), and may be one of the components of the golf support systems S, S', S''. Furthermore, the ball cages 600 and 600' may be provided with a level.

[0166] 33 and 34 may be provided instead of or in addition to the ball gauges 600, 600′ as a marker for the left-right position of the ball relative to the cup 2 (L and R directions in the drawings). The mini pins 700, 700′ are auxiliary pins that are positioned behind the cup 2 as seen by the user and displaced left-right (L and R directions in the drawings) relative to the cup 2 and serve as markers for the position of the cup 2 and the direction of hitting the ball.

[0167] The mini pins 700, 700' consist of short rod-shaped members, and the mini pin 700 in Figure 33 has a spike portion 701 for grounding at its bottom end and a laser light source 702 at its top. The mini pin 700 is used by sticking the spike portion 701 into the ground. The mini pin 700' in Figure 34 has a plate portion 703 for grounding at its bottom end and a laser light source 704 at its top. The mini pin 700' is used by standing the plate portion 703 on the ground. The laser light sources 702, 704 emit laser light LY for guiding the hitting direction. The positions of the laser light sources 702, 704 on the mini pins 700, 700' are not limited to the upper part, but may be the lower part or the middle part, and are arbitrary. Furthermore, the mini-pins 700, 700' may include a communication device, a camera, a display, an audio device (microphone, speaker), etc., which are not shown, and may be one of the components of the golf support systems S, S'.

[0168] 35 is a schematic diagram of an example of smart glasses (eyeglass-type wearable device) 40W applied as the terminal device 40 and a user wearing the smart glasses 40W. Video data captured by a camera 40X mounted on the smart glasses 40W can be transmitted to the communication center 30 as golf play information. 36 is a schematic diagram of an example of VR goggles (head-mounted VR terminal device) 40Z applied as the terminal device 40, and a user wearing the VR goggles 40Z. Video data captured by a camera 40X mounted on the VR goggles 40Z can be transmitted to the communication center 30 as golf play information. The smart glasses and VR goggles may employ known technologies as appropriate, and their shapes and structures are not limited to the illustrated examples. The smart glasses 40W and VR goggles 40Z can be used as displays for displaying images using various known information display technologies, such as AR (Augmented Reality), VR (Virtual Reality), or MR (Mixed Reality). As shown in FIG. 37(a), a solar panel 2X may be attached to the upper surface of the tray portion 2B of the cup 2. As shown in FIG. 37(a), the solar panel 2X may be attached to the entire upper surface of the tray portion 2B, or may be attached to only a portion of the upper surface of the tray portion 2B. In this case, a protective sheet (protective cover) may be provided on the surface of the solar panel 2X to protect the surface of the solar panel 2X. Also, FIG. 37(b) is a cross-sectional view of a portion of the cup main body 2A of the cup 2 as seen from the arrow V in FIG. 37(a) (a cross-sectional view taken along the axial direction of the cup main body 2A). As shown in FIG. 37(b), a solar panel 2Y may be attached to the inner peripheral surface of the cup main body 2A. In FIG. 37(b), the solar panel 2Y is attached to only a portion of the cup main body 2A, but it may also be attached to the entire inner peripheral surface of the cup main body 2A.

[0169] In the golf support systems S, S', and S'', the cup 2, pin 5, cart 6, and club 1 have been described as being equipped with cameras, lasers, sensors, sound devices, etc., but at least one of the cup 2, pin 5, cart 6, and club 1 may be configured to have a camera, laser, sensor, sound device, etc. For example, the cup 2 may be configured as a normal cup without any attached mechanism such as a camera, and the pin 5 and cart 6 may be configured as an AI pin and AI club equipped with a camera, etc. In addition, any device in the golf support systems S, S', and S'' may be equipped with a camera, laser, sensor, sound device, etc. In the above-described embodiment, the golf support systems S, S', S'' have been described. However, one of the features of the golf support systems S, S', S'' is that each device in the system, i.e., the cup 2, the pin 5, and the club 1, is equipped with an attached mechanism such as a camera, laser, sensor, or sound device, as described above. Therefore, it is also possible to configure the invention as a pin equipped with an attached mechanism such as a camera, laser, sensor, or sound device, a cup equipped with an attached mechanism such as a camera, laser, sensor, or sound device, a cart equipped with an attached mechanism such as a camera, laser, sensor, or sound device, or a club equipped with an attached mechanism such as a camera, laser, sensor, or sound device.

[0170] As shown in FIG. 1 , the golf support system S may further include an auxiliary terminal device 90. The auxiliary terminal device 90 is an auxiliary information terminal device (i.e., a slave device of a device within the system S) provided to assist, link, complement, or replace various processes and functions performed by the devices 20, 30, 60, etc. that constitute the golf support system S. The auxiliary terminal device 90 may be configured as an information terminal device equipped with additional mechanisms such as a control mechanism 91, a display 92, a communication device 93 (auxiliary terminal transmission means), an input device 94, an audio device 95, a camera 96 ​​(auxiliary terminal camera), a sensor 97, and a lighting device 98, and can function as one of the devices that constitute the system S. That is, the auxiliary terminal device 90 can transmit information captured or detected by the camera 96 ​​or the sensor 97 to other devices within the system S, and can output sound or provide illumination based on information received from other devices within the system S. The camera 96 ​​may be a 360-degree camera or a camera that captures images within a range narrower than 360 degrees. The camera 25 may also be configured as a 3D camera. As described above, various information within the golf course (e.g., monitoring information on the player and the ball) can be obtained using the camera 96 ​​and the sensor 97. The various pieces of information obtained by the auxiliary terminal device 90 may be treated as sub-, complementary, auxiliary, or alternative information to the various pieces of information obtained by other devices within the system S, or may be treated as independent main information. The images obtained by the camera 96 ​​can be used to generate support information, or as live video data (live camera) for monitoring and managing the current situation within the golf course. The sensors may include, for example, a speed sensor, an acceleration sensor, a gyro sensor, a magnetic sensor, a biometric authentication sensor, an air pressure sensor (pressure sensor), a temperature sensor, a microphone (sound pressure sensor), a direction sensor, a proximity sensor, a brightness sensor (ambient light sensor), a human presence sensor, an anemometer, a wind vane, an infrared sensor, an infrared camera, a snow depth meter (such as a snow depth meter based on laser reflection or images captured by a camera), etc. That is, the auxiliary terminal device 90 functions as one of the devices in the assistance system S, and can be configured as a multi-functional AI device that cooperates with other devices in the system S, displays various information to the user, outputs audio, performs predetermined functions in response to predetermined voice input such as "Alexa (registered trademark)," "OK Google (registered trademark)," or "Hey Siri (registered trademark)," and emits light.

[0171] The auxiliary terminal device 90 may be installed at any location within the golf course, either fixedly or with its installation position changeable (movable). As an example, one or more auxiliary terminal devices 90 are installed outside the green G and near the green G. In this installation example of the auxiliary terminal device 90, the cup unit 20 and the pin unit 50 perform photographing, sensing, etc. within the green G, while the auxiliary terminal device 90 performs photographing, sensing, etc. outside the green G. Therefore, the "blind spots" of the cup unit 20 and the pin unit 50 outside the green G and within the green G can be compensated for by the information acquired by the auxiliary terminal device 90. 38(a), an example of the external shape of the auxiliary terminal device 90 is one formed by a rod-shaped member 90A extending upward from the ground 90B (sub-pin, antenna type). In this case, the rod-shaped member 90A is equipped with attached mechanisms such as a control mechanism 91, a display 92, a communication device 93, an input device 94, an audio device 95, a camera 96, a sensor 97, and a lighting device 98.

[0172] When not in use, the rod-shaped member 90A serving as the auxiliary terminal device 90 may be housed in a housing portion 90C (shown by the broken line in the figure) buried in the ground 90B. Figure 38(b) shows the rod-shaped member 90A housed in the housing portion 90C. The rod-shaped member 90A may be configured so that its axial dimension can be adjusted. When in use, as shown in FIG. 38(a), the rod-shaped member 90A is extended. When not in use, as shown in FIG. 38(b), the rod-shaped member 90A is contracted and stored in a storage section 90C below the ground 90B. A lid 90D may be provided to cover the upper end of the storage section 90C. By closing the lid 90D when not in use, it is possible to conceal the rod-shaped member 90A and prevent foreign objects from entering the storage section 90C. When not in use, the upper end of the rod-shaped member 90A may be positioned below the lid 90D or at the same height as the lid 90D (ground level). When the upper end of the rod-shaped member 90A is at the ground surface when not in use, for example, a hole can be provided in part of the lid 90D through which the rod-shaped member 90A is inserted, and a structure can be adopted in which the rod-shaped member 90A can be protruded above the ground surface through the hole in the lid 90D or retracted into the storage section 91. The lid 90D opens automatically or manually when the auxiliary terminal device 90 is used. The lid 90D is preferably covered with grass similar to the surface of the ground 93 in a golf course. In this case, the user can walk on the lid 90D (storage section 90C) without feeling uncomfortable.

[0173] The mechanism for extending and retracting the rod-shaped member 90A is not particularly limited, and may be a known structure such as a telescopic structure or a folding structure. The rod-shaped member 90A may be automatically extended and retracted by a drive device (not shown), or may be extended and retracted manually. The drive device may be a known drive device such as an electric motor, a hydraulic drive device, a pneumatic drive device, or a water hydraulic drive device. The auxiliary terminal device 90 may be supplied with power by wire or wirelessly from a power source (not shown). The auxiliary terminal device 90 may also be equipped with the various accessory devices described above, such as a solar panel.

[0174] The auxiliary terminal device 90 may be switched between use and non-use according to weather information such as wind, weather, etc. For example, in bad weather such as strong winds or rain, the auxiliary terminal device 90 is housed in the housing section 90C with the lid 90D closed, and in weather other than bad weather, the lid 90D is opened and the auxiliary terminal device 90 extends outward from the housing section 90C. Furthermore, by using the auxiliary terminal device 90, the state of the green G can be checked when the player (user) is not present on the green G. The rod-shaped member 90A serving as the auxiliary terminal device 90 may be fixed and not extendable. That is, the rod-shaped member 90A serving as the auxiliary terminal device 90 may always protrude from the ground 90B. The auxiliary terminal device 90 described above is not limited to being housed in a housing 90C below the ground 90B, but may be installed on the ground 90B. For example, as shown in FIG. 38(c), it may be installed on the ground 90B by legs 90E provided at the lower end of a rod-shaped member 90A'. In this case, the user can place the rod-shaped member 90A' (auxiliary terminal device 90) in any position.

[0175] It goes without saying that the above-described auxiliary terminal device 90 is not limited to the golf support system S, but may also be applied to the golf support systems S' and S''. The above-mentioned auxiliary terminal device 90 is not limited to operating in conjunction with other devices within the golf support system S, S', S'' but can also operate independently or selectively operate several devices.

[0176] The golf support systems S, S', and S'' have functions for outputting sound and lighting using information acquired by cameras and sensors, which can also be applied to security systems. That is, cameras and sensors monitor the monitored area, and when a suspicious person, vermin, or vermin bird is detected, a report can be sent to a monitoring center, a threatening sound can be emitted, or lighting can be activated. When the mechanisms of the golf support systems S, S', and S'' are used as security systems, examples of applications include golf courses, private homes, ranches, farmland, tourist spots, parks, and entertainment districts (red light districts). The examples of applications are merely illustrative and are not limited to the above. When the golf support systems S, S', and S'' are used to protect farmland from vermin and vermin birds, laser irradiation, lighting, and sound can be used to scare off vermin and vermin birds when they invade the monitored area, preventing them from invading. The threatening sound can be ultrasonic waves that have animal and bird-repellent effects, or the calls of external enemies (natural enemies). Examples of the cries of predators (natural enemies) include the cries of wolves, hawks, and dogs. In the golf support systems S, S', and S'', the functions of outputting sound and lighting using information obtained by cameras and sensors can be applied not only to security systems but also to other systems that use sound output and lighting.

[0177] FIG. 39 shows a golf assist system SX according to a modification of FIG. The golf support system SX differs from the golf support system S of FIG. 1 in that the cart unit 60 takes the central role of the golf support system SX in place of the communication center 30. This golf support system SX includes at least a cart unit 60 attached to a cart 6 and a pin unit 50 attached to a pin 5, and the cart unit 60 and the pin unit 50 are connected to each other so that they can communicate with each other. Note that the components of the cart unit 60 and the pin unit 50 are the same as those in Figure 1, so they are given the same reference numerals and their explanations are omitted.

[0178] As described above, the cart 6 is a means of transportation and a vehicle within a golf course (golf playing area). The cart 6 is used, for example, for a user to move around the golf course or to transport items within the golf course. The camera 62 (cart camera) of the cart unit 60 photographs the surroundings of the cart 6. Specifically, the camera 62 of the cart unit 60 has the function of photographing and tracking a certain user 1U from the time he starts playing golf from the teeing ground T until he puts the ball in the cup. That is, the control mechanism 61 (generation means) of the cart unit 60 uses well-known video analysis technology and face recognition technology to recognize a certain user 1U based on video data captured by the camera 62, and controls the camera 62 to automatically track and capture the recognized user 1U.

[0179] The pin unit 50 uses a camera 52 (pin camera) to take pictures of the area around the pin 5, and transmits the video data taken by the camera 52 to the cart unit 60 via a communication device 53 (pin transmission means). The communication device 63 (cart receiving means, cart transmitting means) of the cart unit 60 receives video data from the pin unit 50 and supplies the received video data to the control mechanism 61. The control mechanism 61 of the cart unit 60 uses well-known video analysis technology and face recognition technology to recognize a certain user 1U based on the video data captured by the camera 52, and remotely controls the camera 52 to automatically track and capture the recognized user 1U. That is, the control mechanism 61 of the cart unit 60 generates a control signal for controlling the camera 52 and transmits it to the pin unit 50 via the communication device 63. The pin unit 50 receives the control signal from the cart unit 60 via the communication device 53, and the control mechanism 51 automatically controls various adjustments related to the capture of the camera 52 (for example, focusing, adjusting brightness, tracking the subject, switching the capture direction, etc.) based on the control signal.

[0180] The control mechanism 61 of the cart unit 60 implements an application program for realizing the functions of the control device 31 of the communication center 30 described above with reference to Figure 1, and by executing this application program, support information for the user 1U is generated based on video data captured by at least one of the camera 52 of the pin unit 50 and the camera 62 of the cart unit 60. The support information is similar to that described above, and may include, for example, stroke count information that identifies and analyzes the user's swing and movements recorded in the video data and counts the number of golf strokes from the results, as well as various analysis results regarding the user's form (swing), ball movement, etc.

[0181] The display 60W (presentation means) of the cart unit 60 displays the support information generated by the control mechanism 61 and presents it to the user 1U. As described above with reference to FIG. 1 etc., the presentation of support information is not limited to the display of visual information, but may also be by outputting various sounds (auditory information such as voice, music, etc.) from the sound device 60Y.

[0182] 39 also includes a terminal device 40. As described above with reference to FIG. 1, the terminal device 40 is a terminal device carried by the user 1U, and is communicatively connected to the cart unit 60 via a communication device 43 (terminal device receiving means). The terminal device 40 can display information based on the support information generated by the control mechanism 61 of the cart unit 60 on a display 42 (terminal device presentation means), and can output information based on the support information from an audio device 40Y. Furthermore, video data captured by the camera 40X of the terminal device 40 can be supplied to the cart unit 60. In this case, the control mechanism 61 of the cart unit 60 can also use the video data captured by the camera 40X of the terminal device 40 to generate support information. Furthermore, the terminal device 40 may have a location transmission mechanism (e.g., GPS, beacon, etc.) that transmits its own current location information (current geographical location). In this case, the control mechanism 61 of the cart unit 60 can identify the current location of the user 1U based on the current location information transmitted by the terminal device 40.

[0183] The control mechanism 61 of the cart unit 60 can control the cameras 52, 62 to automatically track and photograph the user 1U based on the current position identified based on the current position information transmitted from the terminal device 40. Furthermore, the cart 6 may be provided with an automatic driving mechanism for automatically driving, in which case the control mechanism 61 of the cart unit 60 can control the automatic driving of the cart 6 to automatically track the user 1U based on the current position determined based on the current position information transmitted from the terminal device 40.

[0184] The golf support system SX of Figure 39 also includes the auxiliary terminal device 90 described above with reference to Figure 1. The auxiliary terminal device 90 is configured from a rod-shaped member as described above with reference to Figures 1 and 38(a), (b), and (c), and can be installed at any location within the golf course, such as outside the green G or within the green G. In this case, video data captured by a camera 96 ​​(camera for auxiliary terminal device) of the auxiliary terminal device 90 can be transmitted to the cart unit 60 via a communication device 93 (transmission means for auxiliary terminal device) of the auxiliary terminal device 90. In this case, the control mechanism 61 of the cart unit 60 can also use the video data captured by the camera 96 ​​of the auxiliary terminal device 90 to generate support information. By using the auxiliary terminal device 90, the "blind spots" of the camera 62 of the cart unit 60 and the camera 52 of the pin unit 50 can be compensated for by the video data acquired by the camera 96 ​​of the auxiliary terminal device 90. Therefore, even in the golf support system SX which is simply configured with a small number of devices, it becomes possible to more reliably track the user 1U.

[0185] In addition, the golf support system SX of Figure 39 may include other devices such as a cup unit 20 (not shown), and the control mechanism 61 of the cart unit 60 may generate support information using video data captured by a camera 20X or the like of the other devices such as the cup unit 20 (not shown). That is, the golf support system SX of Figure 39 may be combined with the golf support system S of Figure 1. In other words, in the golf support system S of Figure 1, the control mechanism 61 of the cart unit 60 may be configured to perform the functions of the communication center 30 of Figure 1.

[0186] Supplementary notes regarding the above embodiments are disclosed. [Appendix 1] A golf support system for supporting a user in playing golf by hitting a golf ball with a golf club in a golf play area, comprising: It is attached to a cart that serves as a means of transportation in the golf playing area, A cart camera that captures an image of the area around the cart; a generating means for generating support information for providing predetermined support content to the user based on the video data captured by the cart camera; a presentation means for presenting the support content based on the support information, A golf support system characterized by: [Appendix 2] The pin unit further includes a pin camera attached to a rod-shaped pin that serves as a marker for a cup provided in the golf playing area, for taking an image of the area around the pin, and a pin transmitting means for transmitting image data taken by the pin camera to an external device, the cart unit has a cart receiving means for receiving the video data captured by the pin camera from the pin transmitting means of the pin unit, The generating means of the cart unit generates the support information based on the video data captured by the cart camera and the video data captured by the pin camera. 2. The golf support system according to claim 1, [Appendix 3] An auxiliary terminal device formed of a rod-shaped member that is fixedly or movably installed at any location within the golf playing area, The auxiliary terminal device further includes an auxiliary terminal device camera that captures an image of the surroundings of the auxiliary terminal device, and an auxiliary terminal device transmission means that transmits image data captured by the auxiliary terminal device camera to an external device, the cart unit has a cart receiving means for receiving the video data captured by the auxiliary terminal device camera from the auxiliary terminal device transmitting means of the auxiliary terminal device, The generating means of the cart unit generates the support information based on the video data captured by the cart camera and the video data captured by the auxiliary terminal device camera. 2. The golf support system according to claim 1, [Appendix 4] An auxiliary terminal device formed of a rod-shaped member that is fixedly or movably installed at any location within the golf playing area, The auxiliary terminal device further includes an auxiliary terminal device camera that captures an image of the surroundings of the auxiliary terminal device, and an auxiliary terminal device transmission means that transmits image data captured by the auxiliary terminal device camera to an external device, the cart unit has a cart receiving means for receiving the video data captured by the auxiliary terminal device camera from the auxiliary terminal device transmitting means of the auxiliary terminal device, The generating means of the cart unit generates the support information based on the video data captured by the cart camera, the video data captured by the pin camera, and the video data captured by the camera for the auxiliary terminal device. 3. The golf support system according to claim 2, [Appendix 5] Further, a terminal device that can be carried by the user within the golf playing area is provided, the cart unit has a cart transmission means for transmitting the support information generated by the generation means to an outside; The terminal device has a terminal device receiving means for receiving the support information transmitted from the cart transmitting means of the cart unit, and a terminal device presenting means for presenting the support information received by the terminal device receiving means. 5. The golf support system according to any one of claims 1 to 4. [Appendix 6] The terminal device is a head-mounted wearable terminal. 6. A golf support system according to claim 5, [Appendix 7] the pin has a lower portion inserted into the cup and an upper portion provided with the pin unit, the upper portion being connected via a hinge portion; When the pin is removed from the cup and the removed pin is laid on the ground, the upper part is bent relative to the lower part so as to stand up from the ground, and photography using the pin camera of the pin unit is possible. A golf support system according to any one of appendices 2, 4, and 5 citing appendix 2, characterized in that [Appendix 8] the generating means analyzes the golf play of the user recorded in the video data by analyzing the video data, calculates analysis result data of the golf play, and generates the analysis result data as the support information; The presentation means displays the results of analyzing the golf play based on the analysis result data as the support content. 8. The golf support system according to any one of claims 1 to 7. [Appendix 9] The analyzed results displayed by the presentation means as the support content include at least one of the speed of the golf ball, the launch angle of the golf ball, the rolling distance of the golf ball, the position of the user's line of sight during the swing, the position of the user's head during the swing, the posture of the user during the swing, a head-up analysis, a head-up check, a stroke trajectory of the golf club, an angle of the head of the golf club, the speed of the head, the strength of the hit with the golf club, and the tempo of the swing. 9. The golf support system according to claim 8, [Appendix 10] the generating means generates banner advertisement display information for displaying a predetermined banner advertisement together with the support information; The presenting means displays a banner advertisement based on the banner advertisement display information together with the support information. 10. The golf support system according to any one of claims 1 to 9, [Appendix 11] the generating means determines whether or not a ball has gone into the cup based on the video data, and generates, as the support information, guidance data for informing the player of the presentation of a predetermined prize when the ball has gone into the cup; The presentation means presents at least one of a voice guidance and a video guidance for providing information about the prize presentation based on the guidance data. 11. The golf support system according to any one of claims 1 to 10. [Appendix 12] the generating means determines whether or not a cup-in has occurred based on the video data, and generates, as the support information, an advertising video signal for outputting a predetermined advertising video when a cup-in has occurred; The presentation means outputs an advertising video based on the support information. 12. The golf support system according to any one of claims 1 to 11, [Appendix 13] The generating means individually identifies a plurality of users recorded in the video data, and generates the assistance information for providing the assistance content individualized to each of the identified users. 13. The golf support system according to any one of claims 1 to 12. [Appendix 14] A cart unit used in the golf support system according to any one of appendices 1 to 13. [Appendix 15] A pin unit used in the golf support system according to any one of appendices 2, 4, and 5 to 13 citing 2 or 4. [Appendix 16] An auxiliary terminal device used in the golf support system according to any one of appendices 3, 4, and 5 to 13 citing 3 or 4. [Appendix 17] A terminal device used in the golf support system according to any one of Supplementary notes 5 to 13. [Appendix 18] The golf ball is further provided with an auxiliary device arranged to provide the user with guidance on the direction of launch of the golf ball, the auxiliary device including a plate portion marking a cup provided in the golf playing area, ball position marks arranged spaced apart in the left and right directions from the plate portion, and a laser light source emitting a laser light for guiding the direction of launch of the ball toward the user. 14. The golf support system according to any one of claims 1 to 13, [Appendix 19] The auxiliary device includes a camera for capturing images of the surroundings, an audio device for inputting and outputting audio signals, a lighting device for illuminating the surroundings, a communication device for communicating with external devices, and a display for displaying information. 19. The golf support system according to claim 18, [Appendix 20] An assisting device in the golf assist system according to any one of Supplementary Notes 1 to 13, a guide for providing the user with a golf ball launch direction; The golf club includes a plate portion that marks a cup provided in the golf play area, a ball position mark that is disposed at a distance from the plate portion in the left-right direction, and a laser light source that irradiates a laser light for guiding the ball launch direction toward the user. 10. An assisting device for a golf assist system. [Appendix 21] The auxiliary device includes a camera for capturing images of the surroundings, an audio device for inputting and outputting audio signals, a lighting device for illuminating the surroundings, a communication device for communicating with external devices, and a display for displaying information. 21. An assisting device in a golf assist system according to claim 20. [Appendix 22] The pin unit includes: a human presence sensor that detects a person approaching the pin; A lighting device that lights up when the human presence sensor detects the approach of a person. 20. The golf support system according to any one of appendices 2 and 4, and 5 to 13, 18 and 19 citing 2 or 4, characterized in that: [Appendix 23] The golf ball is hit in a direction that is parallel to the golf course, and the golf ball is hit in a direction that is parallel to the golf course. The golf ball is hit in a direction that is parallel to the golf course. 23. The golf support system according to claim 1, wherein the golf support system comprises: a golf player; [Appendix 24] The auxiliary pin includes a camera for capturing images of the surroundings, an audio device for inputting and outputting audio signals, a lighting device for illuminating the surroundings, a communication device for communicating with external devices, and a display for displaying information. 24. The golf support system according to claim 23, [Appendix 25] An auxiliary pin in a golf support system according to any one of appendices 1 to 13, 18, 19, and 22, The golf ball launching direction guide is provided to the user, and the golf ball launching direction guide is provided to the user. The golf ball launching direction guide is provided to the user. The golf ball launching direction guide is provided to the user. The golf ball launching direction guide is provided to the user. 1. An auxiliary pin in a golf support system. [Appendix 26] The auxiliary pin includes a camera for capturing images of the surroundings, an audio device for inputting and outputting audio signals, a lighting device for illuminating the surroundings, a communication device for communicating with external devices, and a display for displaying information. 26. An auxiliary pin in a golf support system according to claim 25. [Appendix 27] A golf support system that supports a user's golf play in a golf play area, a cup unit attached to a cup provided in the golf playing area, the cup unit having a detection means for detecting cup-in information indicating whether a golf ball has been cupped, and a first transmission device for transmitting the cup-in information to an external device; a pin unit including a first image capturing device attached to a rod-shaped pin that serves as a marker for the cup, capturing an image of the area around the pin, and a second transmission device that transmits the image data captured by the first image capturing device to an external device; a communication center including a first receiving device that receives at least one of the cup-in information transmitted from the first transmitting device and the video data transmitted from the second transmitting device, a control device that generates support information for providing predetermined support content to the user based on at least one of the cup-in information and the video data, and a third transmitting device that transmits the support information to an external device; a terminal device portable by the user, the terminal device including a second receiving device that receives the support information transmitted from the third transmitting device, and a presenter that presents the support content based on the support information; A golf support system comprising: [Appendix 28] A cart unit is provided which is attached to a cart that serves as a means of transportation in the golf play area and has a second image capturing means for capturing an image of the periphery of the cart, and a fourth transmission device for transmitting image data captured by the second image capturing means to an external device. 28. The golf support system according to claim 27, [Appendix 29] The terminal device is a head-mounted wearable terminal. 29. The golf support system according to claim 27 or 28, [Appendix 30] The cup is a cylindrical cup body having an opening at one end; a cup unit container that is installed inside the bottom of the cup body on the opposite side to the opening and that contains the cup unit; 30. The golf support system according to any one of appendices 27 to 29. [Appendix 31] The cup is a cylindrical cup body having an opening at one end; a cup unit container that is disposed inside the cup body at a bottom portion opposite to the opening and that contains the cup unit; an extendable rod mechanism that is housed in the cup main body below the cup unit container, is made of a rod-shaped member that is extendable and contractible along the depth direction of the cup and has a tip that protrudes outward from the opening of the cup in an extended state, and has a third imaging means attached to the tip for imaging the periphery of the cup. 31. The golf support system according to any one of claims 27 to 30. [Appendix 32] The telescopic rod mechanism is configured such that when the pin is removed from the cup, the rod-shaped member automatically assumes an extended state, allowing the third imaging means to capture an image of the periphery of the cup. 32. The golf support system according to claim 31, [Appendix 33] the pin has a lower portion inserted into the cup and an upper portion provided with the pin unit, the upper portion being connected via a hinge portion; When the pin is removed from the cup and the removed pin is laid on the ground, the upper portion is bent relative to the lower portion so as to stand up from the ground, and photography using the first photography means of the pin unit is possible. 33. The golf support system according to any one of claims 27 to 32. [Appendix 34] the control device in the communication center analyzes the golf play of the user recorded in the video data by analyzing the video data, calculates analysis result data of the golf play, and generates the analysis result data as the support information; The presenter of the terminal device displays the result of analyzing the golf play based on the analysis result data as the support content. 34. The golf support system according to any one of claims 27 to 33. [Appendix 35] The analyzed results displayed by the presenter as the support content include at least one of the speed of the golf ball, the launch angle of the golf ball, the rolling distance of the golf ball, the position of the user's line of sight during the swing, the position of the user's head during the swing, the posture of the user during the swing, a head-up analysis, a head-up check, a stroke trajectory of the golf club, an angle of the head of the golf club, the speed of the head, the strength of the hit with the golf club, and the tempo of the swing. 35. The golf support system according to claim 34, [Appendix 36] the control device in the communication center generates banner advertisement display information for displaying a predetermined banner advertisement together with the support information; The presenter of the terminal device displays the banner advertisement based on the banner advertisement display information together with the support information. 36. The golf support system according to any one of appendices 27 to 35. [Appendix 37] the control device in the communication center determines whether or not a cup-in has occurred based on at least one of the cup-in information and the video data, and generates, as the support information, guidance data for informing the player of the presentation of a predetermined prize when a cup-in has occurred; The presenter of the terminal device presents at least one of a voice guidance and a video guidance for providing information about the prize presentation based on the guidance data. 37. The golf support system according to any one of claims 27 to 36. [Appendix 38] In the communication center, the control device determines whether or not a cup-in has occurred based on at least one of the cup-in information and the video data, and generates, as the support information, an advertising video signal for outputting a predetermined advertising video when a cup-in has occurred; The presenter of the terminal device outputs an advertising video based on the support information. 38. The golf support system according to any one of claims 27 to 37. [Appendix 39] The control device in the communication center individually identifies the plurality of users recorded in the video data, and generates the assistance information for providing the assistance content personalized to each of the identified users. 39. The golf support system according to any one of appendices 27 to 38. [Appendix 40] A cup unit used in the golf support system according to any one of appendices 27 to 39. [Appendix 41] A pin unit used in the golf support system according to any one of Supplementary Notes 27 to 39. [Appendix 42] A communication center used in the golf support system according to any one of appendices 27 to 39. [Appendix 43] A terminal device used in the golf support system according to any one of Supplementary notes 27 to 39. [Appendix 44] A golf support system that supports a user's golf play in a golf play area, a golf ball having a ball body to be hit in the golf play, a memory unit for ID information that can identify the ball body, a hit ball sensor that detects hit ball information including at least information indicating that the ball body has been hit and position information after the ball body has been hit, and a first transmitting device that transmits the hit ball information to an external device; a cup unit including a cup-in sensor that detects cup-in information indicating that the golf ball has been cupped into a cup provided in the golf play area, and a second transmitter that transmits the cup-in information to an external device; a communication center including a first receiving device that receives the hit ball information from the first transmitting device and receives the cup-in information from the second transmitting device, a control device that generates support information for providing predetermined support content to the user based on at least one of the hit ball information and the cup-in information, and a third transmitting device that transmits the support information to an external device; a terminal device portable by the user, the terminal device having a second receiving device that receives the support information from the third transmitting device and a presenter that presents the support content based on the support information; A golf support system comprising: [Appendix 45] the golf playing area is a green at an outdoor golf course; The golf play is progressed up to the green using a normal golf ball different from the golf ball, and when the golf play has progressed onto the green, the normal golf ball is changed to the golf ball. 45. The golf support system according to claim 44, [Appendix 46] The support information is stroke number information indicating the number of strokes from the start of hitting the golf ball to the time the golf ball goes into the cup, The presenter of the terminal device is a display that displays the stroke count based on the stroke count information. 46. ​​A golf support system according to claim 44 or 45. [Appendix 47] the support information is shot information that visualizes each hit of the golf ball, The presenter of the terminal device is a display that displays information about the hitting based on the shot information. 47. The golf support system according to any one of appendices 44 to 46. [Appendix 48] the presenter of the terminal device is a display that displays a video game, the support information is input information for progressing the video game, The video game progresses on the display of the terminal device based on the input information. 48. The golf support system according to any one of appendices 44 to 47. [Appendix 49] the presenter of the terminal device is an audio device, the support information is a support audio output signal; The audio device of the terminal device outputs a support sound based on the support sound output signal. 49. The golf support system according to any one of appendices 44 to 48. [Appendix 50] the presenter of the terminal device is a light source device, the support information is a lighting control signal; In the light source device of the terminal device, light emission is controlled based on the illumination control signal. 50. The golf support system according to any one of appendices 44 to 49. [Appendix 51] The golf play area is a golf driving range installed in a building equipped with lighting equipment, the control device of the communication center generates a lighting control signal for the lighting equipment based on at least one of the hit ball information and the cup-in information; the third transmitting device of the communication center transmits the lighting control signal to the lighting equipment; The lighting equipment is controlled based on the lighting control signal. 51. The golf support system according to any one of appendices 44 to 50. [Appendix 52] The terminal device is a head-mounted wearable terminal. 52. The golf support system according to any one of appendices 44 to 51. [Appendix 53] A golf ball for use in the golf support system according to any one of notes 44 to 52. [Appendix 54] A cup unit used in the golf support system according to any one of appendices 44 to 52. [Appendix 55] A communication center used in the golf support system according to any one of appendices 44 to 52. [Appendix 56] A terminal device used in the golf support system according to any one of appendices 44 to 52. [Appendix 57] A golf support system that supports a user's golf play in a golf play area, a golf ball having a ball body to be hit in the golf play, a storage unit for ID information capable of identifying the ball body, a hit ball sensor that detects hit ball information including at least information indicating that the ball body has been hit and position information after the ball body has been hit, and a transmitter that transmits the hit ball information to the outside; a cup unit attached to a cup provided in the golf playing area, the cup unit having a detection means for detecting cup-in information indicating whether the golf ball has been cupped, and a first transmission device for transmitting the cup-in information to an external device; a pin unit including: a first image capturing means attached to a pin made of a rod-shaped member detachably erected on the cup as a marker for the cup, capturing an image of the area around the pin; and a second transmission device transmitting image data captured by the first image capturing means to an external device; a communication center including a first receiving device that receives at least one of the ball hitting information transmitted from the transmitting device, the cup-in information transmitted from the first transmitting device, and the video data transmitted from the second transmitting device; a control device that generates support information for providing predetermined support content to the user based on at least one of the ball hitting information, the cup-in information, and the video data; and a third transmitting device that transmits the support information to an external device; a terminal device portable by the user, the terminal device including a second receiving device that receives the support information transmitted from the third transmitting device, and a presenter that presents the support content based on the support information; A golf support system comprising: [Appendix 58] The golf club further includes an auxiliary device that is arranged to provide the user with guidance on the direction of launch of the golf ball, the auxiliary device including a plate portion that marks the cup, ball position marks that are spaced apart from the plate portion in the left-right direction, and a laser light source that irradiates the user with a laser light for guiding the direction of launch of the ball. 58. The golf support system according to any one of appendices 27 to 52 and 57, [Appendix 59] The auxiliary device includes a camera for capturing images of the surroundings, an audio device for inputting and outputting audio signals, a lighting device for illuminating the surroundings, a communication device for communicating with external devices, and a display for displaying information. 59. The golf support system according to claim 58, [Appendix 60] An assisting device in a golf assist system according to any one of appendices 27 to 52 and 57, a guide for the user to guide the direction of the golf ball; a plate portion provided on the rolling surface of the golf ball as a mark for the cup; a ball position mark disposed laterally spaced apart from the plate portion; and a laser light source that irradiates a laser light for guiding the ball's launch direction toward the user. 10. An assisting device for a golf assist system. [Appendix 61] The auxiliary device includes a camera for capturing images of the surroundings, an audio device for inputting and outputting audio signals, a lighting device for illuminating the surroundings, a communication device for communicating with external devices, and a display for displaying information. 61. An auxiliary device in a golf support system according to claim 60. [Appendix 62] The golf ball is dropped into the cup. 59. A golf support system according to claim 27, wherein: [Appendix 63] The cup unit further includes a lighting means for illuminating the inside of the cup. 63. The golf support system according to claim 62, [Appendix 64] The pin unit includes: a human presence sensor that detects a person approaching the pin; A lighting device that lights up when the human presence sensor detects the approach of a person. 64. The golf support system according to any one of appendices 27 to 52, 57 to 59, 62 and 63. [Appendix 65] The golf club further includes an auxiliary pin, which is arranged to provide the user with guidance in the direction of launch of the golf ball, and which includes a rod-shaped pin located behind the cup and a laser light source attached to the pin for emitting a laser light for guiding the ball's direction of launch toward the user. 62-64。 Golf support system according to any one of claims 27 to 52, 57 to 59 and 62 to 64. [Appendix 66] The auxiliary pin includes a camera for capturing images of the surroundings, an audio device for inputting and outputting audio signals, a lighting device for illuminating the surroundings, a communication device for communicating with external devices, and a display for displaying information. 66. A golf support system according to claim 65. [Appendix 67] An auxiliary pin in a golf support system according to any one of appendices 27 to 52, 57 to 59, and 62 to 64, a rod-shaped pin disposed behind the cup, the rod-shaped pin being arranged to provide the user with guidance in the direction of launch of the golf ball; and a laser light source attached to the pin for emitting a laser light for guiding the ball's direction of launch toward the user. 1. An auxiliary pin in a golf support system. [Appendix 68] The auxiliary pin includes a camera for capturing images of the surroundings, an audio device for inputting and outputting audio signals, a lighting device for illuminating the surroundings, a communication device for communicating with external devices, and a display for displaying information. 68. An auxiliary pin in a golf support system according to claim 67. [Appendix 69] An auxiliary terminal device formed of a rod-shaped member that is fixedly or movably installed at any location within the golf playing area, The auxiliary terminal device further includes an auxiliary terminal device camera that captures an image of the surroundings of the auxiliary terminal device, and an auxiliary terminal device transmission means that transmits image data captured by the auxiliary terminal device camera to an external device, the first receiving device of the communication center receives the video data captured by the auxiliary terminal device camera from the auxiliary terminal device transmitting means of the auxiliary terminal device, The control device of the communication center generates the support information by further taking into account the video data captured by the camera for the auxiliary terminal device. 67. The golf support system according to claim 27, wherein the golf support system comprises: a golf player; [Explanation of symbols]

[0187] 1. Golf club 2 cups 2A Cup body 2B Saucer part 2C Lifting mechanism 2D hole 5-pin 5A Flag 5C Hinge part 5D Lower 5U upper 5x practice pins 5Y Handle 5' pin 5'' pin 6 Cart 6A Roof 6B Telescopic Pole 7 Tea 10 golf balls 10' Chip-embedded ball 11 Ball body 12 Control Mechanism 13 Storage section 14 Ball hitting sensor 15. Communications equipment 20 Cup detection mechanism 20A Cup detection mechanism housing 20B Telescopic rod mechanism with camera 21 First control mechanism 22 First Sensor 23 First communication device (first transmitting device) 24 rods 24' rod 25 Camera 30 Communications Center 31 Control device 32 receiving device (first receiving device) 33 Transmitting device (third transmitting device) 40 Terminal Equipment 41 Third Control Mechanism 42 Display device (presenter) 43 Third communication device (second receiving device) 44 Input Devices 50-pin detection mechanism 50A Housing 51 Second control mechanism 52 First Camera 53 Second communication device (second transmitter) 60 Cart detection mechanism 60A Cart detection mechanism housing 61 Third Control Mechanism 62 Second Camera 63 Third communication device (fourth transmitter) 70 Building 71 Lighting equipment 72 Sound equipment G Green S, S', S'', SX Golf Support System T Teeing Ground 600,600′ Ball Gauge (Auxiliary Equipment)

Claims

1. A golf support system for supporting a user in playing golf by hitting a golf ball with a golf club in a golf play area, comprising: It is attached to a cart that serves as a means of transportation in the golf playing area, a cart camera that captures an image of the area around the cart and tracks and captures the user within the image; a generating means for generating support information for providing predetermined support content to the user based on the video data captured by the cart camera; a cart unit having a presentation means for presenting the support content based on the support information; a terminal device that can be carried by the user within the golf playing area, The cart unit includes: a cart transmission means for transmitting the support information generated by the generation means to an external device, The terminal device a terminal device receiving means for receiving the support information transmitted from the cart transmitting means of the cart unit; and a terminal device presenting means for presenting the support information received by the terminal device receiving means, the generating means of the cart camera individually identifies the plurality of users recorded in the video data, and generates the assistance information for providing the assistance content individualized to each of the identified users; the support information is information for providing a caddy function including explanations and guidance regarding the user's golf play in the golf play area as the support content, At least one of the presentation means and the terminal device presentation means presents the support content. A golf support system characterized by:

2. The pin unit further includes a pin camera attached to a rod-shaped pin that serves as a marker for a cup provided in the golf playing area, for taking an image of the area around the pin, and a pin transmitting means for transmitting image data taken by the pin camera to an external device, the cart unit has a cart receiving means for receiving the video data captured by the pin camera from the pin transmitting means of the pin unit, The generating means of the cart unit generates the support information based on the video data captured by the cart camera and the video data captured by the pin camera.

2. The golf support system according to claim 1.

3. An auxiliary terminal device formed of a rod-shaped member that is fixedly or movably installed at any location within the golf playing area, The auxiliary terminal device further includes an auxiliary terminal device camera that captures an image of the surroundings of the auxiliary terminal device, and an auxiliary terminal device transmission means that transmits image data captured by the auxiliary terminal device camera to an external device, the cart unit has a cart receiving means for receiving the video data captured by the auxiliary terminal device camera from the auxiliary terminal device transmitting means of the auxiliary terminal device, The generating means of the cart unit generates the support information based on the video data captured by the cart camera and the video data captured by the auxiliary terminal device camera.

2. The golf support system according to claim 1.

4. An auxiliary terminal device formed of a rod-shaped member that is fixedly or movably installed at any location within the golf playing area, The auxiliary terminal device further includes an auxiliary terminal device camera that captures an image of the surroundings of the auxiliary terminal device, and an auxiliary terminal device transmission means that transmits image data captured by the auxiliary terminal device camera to an external device, the cart unit has a cart receiving means for receiving the video data captured by the auxiliary terminal device camera from the auxiliary terminal device transmitting means of the auxiliary terminal device, The generating means of the cart unit generates the support information based on the video data captured by the cart camera, the video data captured by the pin camera, and the video data captured by the camera for the auxiliary terminal device.

3. The golf support system according to claim 2.

5. The terminal device is a head-mounted wearable terminal.

5. The golf assist system according to claim 1, 2, 3 or 4.

6. the pin has a lower portion inserted into the cup and an upper portion provided with the pin unit, the upper portion being connected via a hinge portion; When the pin is removed from the cup and the removed pin is laid on the ground, the upper part is bent relative to the lower part so as to stand up from the ground, and photography using the pin camera of the pin unit is possible.

3. The golf assist system according to claim 2.

7. the generating means analyzes the golf play of the user recorded in the video data by analyzing the video data, calculates analysis result data of the golf play, and further generates the analysis result data as the support information; The presentation means further displays, as the support content, a result of analyzing the golf play based on the analysis result data.

5. The golf assist system according to claim 1, 2, 3 or 4.

8. The analyzed results displayed by the presentation means as the support content include at least one of the speed of the golf ball, the launch angle of the golf ball, the rolling distance of the golf ball, the position of the user's line of sight during the swing, the position of the user's head during the swing, the posture of the user during the swing, a head-up analysis, a head-up check, a stroke trajectory of the golf club, an angle of the head of the golf club, the speed of the head, the strength of the hit with the golf club, and the tempo of the swing.

8. The golf support system according to claim 7.

9. the generating means generates banner advertisement display information for displaying a predetermined banner advertisement together with the support information; The presenting means displays a banner advertisement based on the banner advertisement display information together with the support information.

5. The golf support system according to claim 1, 2, 3 or 4.

10. the generating means determines whether or not the ball has gone into the cup based on the video data, and further generates, as the support information, guidance data for informing the player of the presentation of a predetermined prize when the ball has gone into the cup; The presentation means further presents at least one of a voice guidance and a video guidance for providing information about the prize presentation based on the guidance data.

5. The golf support system according to claim 1, 2, 3 or 4.

11. the generating means determines whether or not a cup-in has occurred based on the video data, and further generates, as the support information, an advertising video signal for outputting a predetermined advertising video when a cup-in has occurred; The presentation means further outputs an advertising video based on the support information.

5. The golf support system according to claim 1, 2, 3 or 4.

12. The golf cart is attached to a cart used by users as a means of transportation in the golf playing area, a cart camera that captures an image of the area around the cart and tracks and captures the user within the image; a generating means for generating support information for providing predetermined support content to the user based on the video data captured by the cart camera; a cart transmitting means for transmitting the support information generated by the generating means to an external device; a presentation means for presenting the support content based on the support information; A cart unit having: the generating means individually identifies the plurality of users recorded in the video data, and generates the assistance information for providing the assistance content individualized to each of the identified users; The support information is information for providing a caddy function including explanations and guidance regarding golf play by the user in the golf play area as the support content, and transmitting the support information from the cart transmitting means to a terminal device carried by the user within the golf play area, and presenting the support content based on the support information to a terminal device presenting means provided in the terminal device. A cart unit characterized by:

13. The golf ball is further provided with an auxiliary device arranged to provide the user with guidance on the direction of launch of the golf ball, the auxiliary device including a plate portion marking a cup provided in the golf playing area, ball position marks arranged spaced apart in the left and right directions from the plate portion, and a laser light source emitting a laser light for guiding the direction of launch of the ball toward the user.

5. The golf support system according to claim 1, 2, 3 or 4.

14. The auxiliary device includes a camera for capturing images of the surroundings, an audio device for inputting and outputting audio signals, a lighting device for illuminating the surroundings, a communication device for communicating with external devices, and a display for displaying information.

14. The golf assistance system according to claim 13.

15. 5. An assisting device in the golf assist system according to claim 1, 2, 3 or 4, a guide for providing the user with a golf ball launch direction; The golf club includes a plate portion that marks a cup provided in the golf play area, a ball position mark that is spaced apart from the plate portion in the left-right direction, and a laser light source that irradiates a laser light for guiding the ball's launch direction toward the user.

10. An assisting device for a golf assist system.

16. The auxiliary device includes a camera for capturing images of the surroundings, an audio device for inputting and outputting audio signals, a lighting device for illuminating the surroundings, a communication device for communicating with external devices, and a display for displaying information.

16. The aid in the golf assist system according to claim 15.

17. The pin unit includes: a human presence sensor that detects a person approaching the pin; and a lighting device that lights up when the human sensor detects the approach of a person.

5. The golf support system according to claim 2 or 4.

18. The golf ball is hit in a direction that is parallel to the golf course, and the golf ball is hit in a direction that is parallel to the golf course. The golf ball is hit in a direction that is parallel to the golf course.

5. The golf support system according to claim 1, 2, 3 or 4.

19. The auxiliary pin includes a camera for capturing images of the surroundings, an audio device for inputting and outputting audio signals, a lighting device for illuminating the surroundings, a communication device for communicating with external devices, and a display for displaying information.

19. The golf assistance system according to claim 18.

20. 5. An auxiliary pin in the golf assist system according to claim 1, 2, 3 or 4, The golf ball launching direction guide is provided to the user, and the golf ball launching direction guide is provided to the user. The golf ball launching direction guide is provided to the user. The golf ball launching direction guide is provided to the user. The golf ball launching direction guide is provided to the user.

1. An auxiliary pin in a golf support system.

21. The auxiliary pin includes a camera for capturing images of the surroundings, an audio device for inputting and outputting audio signals, a lighting device for illuminating the surroundings, a communication device for communicating with external devices, and a display for displaying information.

21. The golf assist system according to claim 20, wherein the auxiliary pin is

22. A golf support system that supports a user's golf play in a golf play area, a cup unit attached to a cup provided in the golf playing area, the cup unit having a detection means for detecting cup-in information indicating whether a golf ball has been cupped, and a first transmission device for transmitting the cup-in information to an external device; a pin unit having a first image capturing means attached to a rod-shaped pin that serves as a marker for the cup, capturing an image of the area around the pin and tracking and capturing an image of the user within the image; and a second transmission device that transmits the image data captured by the first image capturing means to an external device; a communication center including a first receiving device that receives at least one of the cup-in information transmitted from the first transmitting device and the video data transmitted from the second transmitting device, a control device that generates support information for providing predetermined support content to the user based on at least one of the cup-in information and the video data, and a third transmitting device that transmits the support information to an external device; a terminal device portable by the user, the terminal device including a second receiving device that receives the support information transmitted from the third transmitting device and a presenter that presents the support content based on the support information; the control device in the communication center individually identifies the plurality of users recorded in the video data, and generates the assistance information for providing the assistance content individualized to each of the identified users; The support information is information for providing, as the support content, green condition information including information on the slope and turf grain of the green on which the cup is located, and a caddy function including explanations and guidance regarding the user's golf play in the golf play area. A golf support system comprising:

23. A cart unit is provided which is attached to a cart that serves as a means of transportation in the golf play area and has a second image capturing means for capturing an image of the periphery of the cart, and a fourth transmission device for transmitting image data captured by the second image capturing means to an external device.

23. The golf assistance system according to claim 22.

24. The terminal device is a head-mounted wearable terminal.

24. The golf assist system according to claim 22 or 23, wherein:

25. The cup is a cylindrical cup body having an opening at one end; a cup unit container that is installed inside the bottom of the cup body on the opposite side to the opening and that contains the cup unit; 24. The golf assist system according to claim 22 or 23, wherein:

26. The cup is a cylindrical cup body having an opening at one end; a cup unit container that is disposed inside the cup body at a bottom portion opposite to the opening and that contains the cup unit; an extendable rod mechanism that is housed in the cup main body below the cup unit container, is made of a rod-shaped member that is extendable and contractible along the depth direction of the cup and has a tip that protrudes outward from the opening of the cup in an extended state, and has a third imaging means attached to the tip for imaging the periphery of the cup.

24. The golf assist system according to claim 22 or 23, wherein:

27. The telescopic rod mechanism is configured such that, when the pin is removed from the cup, the rod-shaped member automatically assumes an extended state, allowing the third imaging means to capture an image of the periphery of the cup.

27. The golf assistance system according to claim 26.

28. the pin has a lower portion inserted into the cup and an upper portion provided with the pin unit, the upper portion being connected via a hinge portion; When the pin is removed from the cup and the removed pin is laid on the ground, the upper portion is bent relative to the lower portion so as to stand up from the ground, and photography using the first photography means of the pin unit is possible.

24. The golf assist system according to claim 22 or 23, wherein:

29. the control device in the communication center analyzes the golf play of the user recorded in the video data by analyzing the video data, calculates analysis result data of the golf play, and further generates the analysis result data as the support information; The presenter of the terminal device further displays the result of analyzing the golf play based on the analysis result data as the support content.

24. The golf assist system according to claim 22 or 23, wherein:

30. The analyzed results displayed by the presenter as the support content include at least one of the speed of the golf ball, the launch angle of the golf ball, the rolling distance of the golf ball, the position of the user's line of sight during the swing, the position of the user's head during the swing, the posture of the user during the swing, a head-up analysis, a head-up check, a stroke trajectory of the golf club, an angle of the head of the golf club, the speed of the head, the strength of the hit with the golf club, and the tempo of the swing.

30. The golf assistance system according to claim 29.

31. the control device in the communication center generates banner advertisement display information for displaying a predetermined banner advertisement together with the support information; The presenter of the terminal device displays the banner advertisement based on the banner advertisement display information together with the support information.

24. The golf assist system according to claim 22 or 23, wherein:

32. the control device in the communication center determines whether or not a cup-in has occurred based on at least one of the cup-in information and the video data, and further generates, as the support information, guidance data for informing the player of the presentation of a predetermined prize when a cup-in has occurred; The presenter of the terminal device further presents at least one of a voice guidance and a video guidance for providing information about the prize presentation based on the guidance data.

24. The golf assist system according to claim 22 or 23, wherein:

33. In the communication center, the control device determines whether or not a cup-in has occurred based on at least one of the cup-in information and the video data, and further generates, as the support information, an advertising video signal for outputting a predetermined advertising video when a cup-in has occurred; The presenter of the terminal device further outputs an advertising video based on the support information.

24. The golf assist system according to claim 22 or 23, wherein:

34. a communication center used in a golf support system for supporting a user's golf play in a golf play area, The golf support system includes: a cup unit attached to a cup provided in the golf playing area, the cup unit having a detection means for detecting cup-in information indicating whether a golf ball has been cupped, and a first transmission device for transmitting the cup-in information to an external device; a pin unit having a first image capturing means attached to a rod-shaped pin that serves as a marker for the cup, capturing an image of the area around the pin and tracking and capturing an image of the user within the image; and a second transmission device that transmits the image data captured by the first image capturing means to an external device; a terminal device portable by the user, The communication center a first receiving device that receives at least one of the cup-in information transmitted from the first transmitting device and the video data transmitted from the second transmitting device; a control device that generates support information for providing predetermined support content to the user based on at least one of the cup-in information and the video data; and a third transmission device that transmits the support information to an external device, the control device in the communication center individually identifies the plurality of users recorded in the video data, and generates the assistance information for providing the assistance content individualized to each of the identified users; The support information is information for providing, as the support content, green condition information including information on the slope and turf grain of the green on which the cup is located, and a caddy function including explanations and guidance regarding the user's golf play in the golf play area, The control device of the communication center transmits the support information from the third transmission device to the terminal device, and causes a presenter of the terminal device to present the support content based on the support information. A communications center characterized by:

35. A golf support system that supports a user's golf play in a golf play area, a golf ball having a ball body to be hit in the golf play, a storage unit for ID information capable of identifying the ball body, a hit ball sensor that detects hit ball information including at least information indicating that the ball body has been hit and position information after the ball body has been hit, and a first transmitting device that transmits the hit ball information to an external device; a cup unit including a cup-in sensor that detects cup-in information indicating that the golf ball has been cupped into a cup provided in the golf play area, and a second transmitter that transmits the cup-in information to an external device; a communication center including a first receiving device that receives the hit ball information from the first transmitting device and receives the cup-in information from the second transmitting device; a control device that generates support information for providing predetermined support content to the user associated with the ID information based on at least one of the hit ball information and the cup-in information; and a third transmitting device that transmits the support information to an external device; a terminal device portable by the user, the terminal device having a second receiving device that receives the support information from the third transmitting device and a presenter that presents the support content based on the support information; The support information is information for providing, as the support content, green condition information including information on the slope and turf grain of the green on which the cup is located, and a caddy function including explanations and guidance regarding the user's golf play in the golf play area. A golf support system comprising:

36. the golf playing area is a green at an outdoor golf course; The golf play is progressed up to the green using a normal golf ball different from the golf ball, and when the golf play has progressed onto the green, the normal golf ball is changed to the golf ball.

36. The golf assistance system of claim 35.

37. The support information further includes stroke number information indicating the number of strokes from the start of hitting the golf ball to the point where the golf ball goes into the cup, The presenter of the terminal device includes a display that displays the stroke count based on the stroke count information.

37. The golf assist system according to claim 35 or 36,

38. The support information further includes shot information that visualizes each hit of the golf ball, The presenter of the terminal device includes a display that displays information about a hit based on the shot information.

37. The golf assist system according to claim 35 or 36,

39. the presenter of the terminal device includes a display on which a video game is displayed; the support information further includes input information for progressing the video game; The video game progresses on the display of the terminal device based on the input information.

37. The golf assist system according to claim 35 or 36,

40. the presenter of the terminal device includes an audio device; the assistance information further includes an assistance audio output signal; The audio device of the terminal device further outputs a support sound based on the support sound output signal.

37. The golf assist system according to claim 35 or 36,

41. the presenter of the terminal device is a light source device, the support information is a lighting control signal; In the light source device of the terminal device, light emission is controlled based on the illumination control signal.

37. The golf assist system according to claim 35 or 36,

42. The golf play area is a golf driving range installed in a building equipped with lighting equipment, the control device of the communication center generates a lighting control signal for the lighting equipment based on at least one of the hit ball information and the cup-in information; the third transmitting device of the communication center transmits the lighting control signal to the lighting equipment; The lighting equipment is controlled based on the lighting control signal.

37. The golf assist system according to claim 35 or 36,

43. The terminal device is a head-mounted wearable terminal.

37. The golf assist system according to claim 35 or 36,

44. A golf support system that supports a user's golf play in a golf play area, a golf ball having a ball body to be hit in the golf play, a memory unit for ID information capable of identifying the ball body, a hit ball sensor for detecting hit ball information including at least information indicating that the ball body has been hit and position information after the ball body has been hit, and a transmitter for transmitting the hit ball information to the outside; a cup unit attached to a cup provided in the golf playing area, the cup unit having a detection means for detecting cup-in information indicating whether the golf ball has been cupped, and a first transmission device for transmitting the cup-in information to an external device; a pin unit including: a first image capturing means attached to a pin made of a rod-shaped member detachably erected on the cup as a marker for the cup, capturing an image of the area around the pin and tracking and capturing the user in the image; and a second transmission device transmitting the image data captured by the first image capturing means to an external device; a communication center including a first receiving device that receives at least one of the ball hitting information transmitted from the transmitting device, the cup-in information transmitted from the first transmitting device, and the video data transmitted from the second transmitting device; a control device that generates support information for providing predetermined support content to the user based on at least one of the ball hitting information, the cup-in information, and the video data; and a third transmitting device that transmits the support information to an external device; a terminal device portable by the user, the terminal device including a second receiving device that receives the support information transmitted from the third transmitting device and a presenter that presents the support content based on the support information; the control device in the communication center individually identifies the plurality of users recorded in the video data, and generates the assistance information for providing the assistance content individualized to each of the identified users; The support information is information for providing, as the support content, green condition information including information on the slope and turf grain of the green on which the cup is located, and a caddy function including explanations and guidance regarding the user's golf play in the golf play area. A golf support system comprising:

45. The golf club further includes an auxiliary device that is arranged to provide the user with guidance on the direction of launch of the golf ball, the auxiliary device including a plate portion that marks the cup, ball position marks that are spaced apart from the plate portion in the left-right direction, and a laser light source that irradiates the user with a laser light for guiding the direction of launch of the ball.

45. A golf assistance system according to claim 22, 35 or 44.

46. The auxiliary device includes a camera for capturing images of the surroundings, an audio device for inputting and outputting audio signals, a lighting device for illuminating the surroundings, a communication device for communicating with external devices, and a display for displaying information.

46. ​​The golf assistance system of claim 45.

47. 45. An aid in a golf assist system according to claim 22, 35 or 44, comprising: a guide for the user to guide the direction of the golf ball; a plate portion provided on the rolling surface of the golf ball as a mark for the cup; a ball position mark disposed laterally spaced apart from the plate portion; and a laser light source that irradiates a laser light for guiding the ball's launch direction toward the user.

10. An assisting device for a golf assist system.

48. The auxiliary device includes a camera for capturing images of the surroundings, an audio device for inputting and outputting audio signals, a lighting device for illuminating the surroundings, a communication device for communicating with external devices, and a display for displaying information.

48. The aid in a golf assistance system according to claim 47.

49. The golf ball dropping into the cup is further provided with an identification means for identifying the golf ball.

45. A golf assistance system according to claim 22, 35 or 44.

50. The cup unit further includes a lighting means for illuminating the inside of the cup.

50. The golf assistance system of claim 49.

51. The pin unit includes: a human presence sensor that detects a person approaching the pin; and a lighting device that lights up when the human sensor detects the approach of a person.

45. The golf assistance system according to claim 22 or 44.

52. The golf club further includes an auxiliary pin, which is arranged to provide the user with guidance in the direction of launch of the golf ball, and which includes a rod-shaped pin located behind the cup and a laser light source attached to the pin for emitting a laser light for guiding the ball's launch direction toward the user.

45. A golf assistance system according to claim 22, 35 or 44.

53. The auxiliary pins are connected to a camera that takes pictures of the surroundings and to the input and output of acoustic signals. The device is equipped with an audio device for inputting information, a lighting device for illuminating the surroundings, a communication device for communicating with external devices, and a display for displaying information.

53. The golf assistance system of claim 52.

54. 45. An auxiliary pin in the golf assist system according to claim 22, 35 or 44, a rod-shaped pin disposed behind the cup, the rod-shaped pin being arranged to provide the user with guidance in the direction of launch of the golf ball; and a laser light source attached to the pin for emitting a laser light for guiding the ball's direction of launch toward the user.

1. An auxiliary pin in a golf support system.

55. The auxiliary pin includes a camera for capturing images of the surroundings, an audio device for inputting and outputting audio signals, a lighting device for illuminating the surroundings, a communication device for communicating with external devices, and a display for displaying information.

55. The golf assist system of claim 54, wherein the auxiliary pin.

56. An auxiliary terminal device formed of a rod-shaped member that is fixedly or movably installed at any location within the golf playing area, The auxiliary terminal device further includes an auxiliary terminal device camera that captures an image of the surroundings of the auxiliary terminal device, and an auxiliary terminal device transmission means that transmits image data captured by the auxiliary terminal device camera to an external device, the first receiving device of the communication center receives the video data captured by the auxiliary terminal device camera from the auxiliary terminal device transmitting means of the auxiliary terminal device, The control device of the communication center generates the support information by further taking into account the video data captured by the camera for the auxiliary terminal device.

45. A golf assistance system according to claim 22, 35 or 44.

57. The support information further includes information providing a guide to golf insurance; As the support content, a guide to the golf insurance based on the support information is further provided.

45. The golf assist system of claim 1, 22, 35 or 44.

58. The support information further includes photo or video information; The photo or the video based on the support information is further provided as the support content.

45. The golf assist system of claim 1, 22, 35 or 44.

59. The head-mounted wearable terminal a camera that captures an image of the direction of the user's gaze; a control device that generates assistance information for providing predetermined assistance content to the user based on the video.

6. The golf assist system according to claim 5.

60. The head-mounted wearable terminal, a camera that captures an image of the direction of the user's gaze; a control device that generates assistance information for providing predetermined assistance content to the user based on the video.

25. The golf assistance system according to claim 24.

61. The head-mounted wearable terminal, a camera that captures an image of the direction of the user's gaze; a control device that generates assistance information for providing predetermined assistance content to the user based on the video.

44. The golf assistance system of claim 43.

62. A golf support system for supporting a user in playing golf by hitting a golf ball with a golf club in a golf play area, comprising: It is attached to a cart that serves as a means of transportation in the golf playing area, a cart camera that captures an image of the area around the cart and tracks and captures the user within the image; a generating means for generating support information for providing predetermined support content to the user based on the video data captured by the cart camera; a cart unit having a presentation means for presenting the support content based on the support information, The cart unit includes: a cart transmission means for transmitting the support information generated by the generation means to an external device, the generating means of the cart camera individually identifies the plurality of users recorded in the video data, and generates the assistance information for providing the assistance content individualized to each of the identified users; the support information is information for providing a caddy function including explanations and guidance regarding the user's golf play in the golf play area as the support content, The presentation means presents the support content. A golf support system comprising:

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