TWM615451U - Cloud swing action training system for table tennis - Google Patents

Abstract

A cloud swing action training system for table tennis includes a cloud server device, a plurality of swing action trainer demonstration video files, a plurality of graded swing action video files, a plurality of swing action associated codes and a mobile device. The swing action trainer demonstration video files and the graded swing action video files are designated with a plurality of swing action training files of the cloud server device. The swing action corresponding codes are corresponding with the swing action trainer demonstration video tiles and the graded swing action video files. A trainee user can wirelessly connect the mobile device with the cloud server device, with operating the mobile device to obtain at least one or a plurality of the swing action training files by correspondingly scanning the swing action corresponding codes.

Description

Swing motion training system for cloud-based billiards

This creation is about a cloud-based (cloud-based) billiard game (table tennis or ping-pong) swing action image training system; especially about a cloud-based personal (personal) billiard game swing Racket movement training system; more particularly about a cloud-based interactive (interactive) racket movement training system for billiards.

Regarding the conventional billiard ball hitting training simulation device, for example, the invention patent of the Republic of China Patent Publication No. TW-I394603 "snooker ball hitting training simulation device and its method", which discloses a billiard ball hitting training simulation device. The billiard ball hitting training simulation device includes a mobile platform, a linkage rod and a control device.

In addition, the billiard ball hitting training simulation device of the aforementioned Patent Announcement No. TW-I394603 must set the coordinate change parameter value of a sphere, and then drive the moving platform, and further drive the linkage rod to move to achieve a The coordinates of the sphere change so that it can be used for a table tennis shot training simulation operation.

Another conventional exercise response training system, such as the invention patent of the Republic of China Patent Publication No. TW-I662979 "Sports Response Training System", which discloses a kind of exercise response training system. The exercise response training system includes a number of sensing units, an indicator unit, a number of detection modules and a control host.

In addition, the plurality of the sensing units of the aforementioned Patent Publication No. TW-I662979 each have an identification code, and each of the sensing units is used to generate a sensing signal, and each of the sensing signals has an identification code information, and the identification code The information is the identification code information of the sensing unit to which it belongs. The instruction unit is used for outputting a set of training instructions, and the training instructions include at least one identification code.

In addition, the detection module of the aforementioned Patent Publication No. TW-I662979 is used to detect whether a user generates a movement, so as to generate a movement signal according to the movement, and a plurality of the detection modules are adjacent to a plurality of the detection modules. The induction unit. The control host is coupled to a plurality of the sensing units, the indicating unit and a plurality of the detection modules, and the control host has a central processing unit, and the central processing unit is coupled to a timer, and the central processing unit controls The instruction unit outputs the training instruction and synchronously controls the timer to start timing to obtain a starting time.

In conclusion, the aforementioned Patent Announcement No. TW-I662979, when the central processing unit receives the movement signal, controls the timer to obtain a current movement time, and calculates a difference between the movement time and the start time Value in order to obtain a response time. When the central processing unit receives the sensing signal generated by the sensing unit, it compares whether the identification code in the sensing signal matches the identification code in the training command. If the comparison result is inconsistent, the timer will not be controlled. Conversely, if the comparison result is consistent, the timer is controlled to obtain a current achievement time, and the difference between the achievement time and the starting time is calculated to obtain a training completion time.

Another conventional sports virtual reality training system, such as the invention patent of the Republic of China Patent Publication No. TW-I631975 "Team Sports Virtual Reality Training System", which discloses a team sports virtual reality training system. The team sports virtual reality training system includes a server, a virtual reality device and an electronic tactical board.

Continuing, the aforementioned patent publication No. TW-I631975 The server generates a virtual reality data according to a target trajectory of a trained player in a tactic. The virtual reality device receives the virtual reality data from the server, so as to play a virtual reality, and directs the trained player to practice the self-standard trajectory. The electronic tactical board displays the user interface for the user to input the tactic.

In addition, the virtual reality device of the aforementioned Patent Publication No. TW-I631975 further performs sensing and returns the head rotation, movement and position of the trained player to the server. The server further corrects the virtual reality data according to the information returned by the virtual reality device, and marks an execution time point on the target trajectory to train the running position of the trained player.

Another conventional visual feedback sports training system, such as the invention patent of the Republic of China Patent Publication No. TW-I625146 "Sports training method and system based on visual feedback", which discloses a sports training system based on visual feedback. The sports training system based on visual feedback includes an acquisition unit, a processing unit and a visual feedback unit.

In addition, the capture unit of the aforementioned Patent Publication No. TW-I625146 captures at least one body signal or at least one posture image of a user to generate a state data, and the body signal is at least one balance of the user State or at least one force state, and the posture image is an action posture of the user.

In addition, the processing unit of the aforementioned Patent Publication No. TW-I625146 is connected to the capturing unit, and the processing unit generates a training model, and synchronously marks the data of the balance state, force state, and action posture on the acquisition unit. The training model, and the training model includes a normal area and an adjustment area.

In addition, the visual feedback unit of the aforementioned Patent Publication No. TW-I625146 is connected to the processing unit, and the visual feedback unit displays the balance state, force state, and action posture data and the training model to provide the user According to the balance state and force state displayed by the training model State and action posture data to adjust one of the balance state, force application state, and action posture so that the balance state, force application state, and action posture data are maintained in the normal area or returned from the adjustment area to the Normal area.

Another conventional feedback exercise training system, such as the invention patent of the Republic of China Patent Publication No. TW-I587896 "Return exercise training system and its method", which discloses a feedback exercise training system. The feedback exercise training system includes a detection device, a processing device, a transmission device and a sports training device.

In addition, the detection device of the aforementioned Patent Publication No. TW-I587896 is used to detect a human physiological signal of a user's physical activity. The processing device is electrically connected to the detection device, and receives the human physiological signal, and converts the human physiological signal into a control signal according to the user and his activity. The transmission device is electrically connected to the processing device, and transmits the control signal of the processing device.

In conclusion, the exercise training device of the aforementioned Patent Publication No. TW-I587896 is electrically coupled to the transmission device, and adjusts a training mechanism according to the control signal for a user to train. The processing device sets a critical intensity for the intensity limit of sports training and a critical time for the time limit of sports training, and sets several training target values in sections according to the critical intensity and the critical time, and the sports training device according to the control signal Adjust the training mechanism to meet at least one of the training target values. The critical intensity = (maximum heart rate-heart rate at rest) × intensity ratio + heart rate at rest.

Another conventional sports video training system, such as the invention patent application of the Republic of China Patent Publication No. TW-201509487 "Sports Video Training Method and System", which discloses a sports video training system. The sports video training system includes a display device, an image capture unit and a processing unit.

Continuing, the aforementioned patent publication No. TW-201509487 The display device is used for playing a sports video, and the image capturing unit is used for shooting a user's action to obtain a skeleton information of a user, and the processing unit is used for executing a sports video training method.

In conclusion, the sports video training method of the aforementioned Patent Publication No. TW-201509487 includes. When playing the sports video, compare the skeleton information with a skeleton file of the sports video to obtain a similarity; and determine whether the similarity passes a threshold; if the similarity passes the threshold, continue Obtain the skeleton information repeatedly, and compare the skeleton information with the skeleton file; and if the similarity fails or is lower than the threshold, the sports video is played again from a replay time point.

Another conventional interactive sports training system, such as the new patent of the Republic of China Patent Publication No. TW-M543716 "Interactive Sports Training System", which discloses an interactive sports training system. The interactive sports training system includes a training platform, a touch screen and a control host. The training platform is divided into a number of sensing grids that can be touched by the body, and each of the sensing grids has a sensing unit and A light-emitting unit.

In addition, the sensor unit of the aforementioned Patent Publication No. TW-M543716 can detect the external force of the sensor frame being touched, and when the sensor unit detects the external force while the light-emitting unit is on, the light is immediately extinguished Unit, and further output a sensing signal.

In addition, the touch screen of the aforementioned Patent Announcement No. TW-M543716 can be used to input user name, select training mode, open and close training, display training results, and play multimedia information. The control host is connected to the training platform and the touch screen, and can control the on and off speeds of the sensor grids and receive the sensor signals of the sensor unit according to the training mode selected by the user, and perform scoring and control the touch screen Play videos, music, action prompts, scoring results, rankings and other relevant multimedia information.

However, the aforementioned ROC Patent Announcement No. TW-I394603 of the billiard shot training simulation device and method thereof, and the No. TW-I662979 Sports Response Training System, Sports Virtual Reality Training System No. TW-I631975, Visual Feedback Sports Training System No. TW-I625146, Feedback Sports Training System No. TW-I587896, Sports Publication No. TW-201509487 The video training system and the interactive sports training system No. TW-M543716 still have a need for further improvement, so as to provide accurate training adjustments and correct the basic movements of ball sports.

Obviously, the aforementioned ROC Patent Publication No. TW-I394603, No. TW-I662979, No. TW-I631975, No. TW-I625146, No. TW-I587896, Publication No. TW-201509487 and No. TW-M543716 Invention patents, invention patent applications and model patents are only for reference and description of the current technological development status of this creation, and they are not intended to limit the scope of this creation.

In view of this, in order to meet the above needs, this creation provides a cloud-based billiard sports swing training system, which uses a cloud server device to provide several swing training action files, and several swing training action files can be used. A series of swing training action files are formed, and several of the swing training action files include several demonstration swing player video files or several difficulty level video files, and use a mobile communication device to wirelessly connect and communicate with the cloud server device , And a user can use the mobile communication device to select at least one or more of the swing training action files by scanning the barcodes corresponding to the swings. Therefore, the motion image training system compared to the practice ball sports can achieve The purpose of accurately training, adjusting and correcting the basic swing movements of billiards.

The main purpose of this creation is to provide a cloud-based billiards swing training system, which uses a cloud server device to provide several swing training action files, and several of the swing training action files can form a series of swings Training action files, and several of the swing training action files include several demonstration swing player video files or several difficulty level video files, and A mobile communication device is used to wirelessly connect and communicate with the cloud server device, and a user can use the mobile communication device to select and obtain at least one or more of the swing training action files by scanning the barcode corresponding to a number of swings. To achieve the purpose or effect of providing accurate training, adjustment and correction of the basic swing movements of billiards.

In order to achieve the above-mentioned purpose, the cloud-based billiard swing training system of the preferred embodiment of this creation includes:

A cloud server device that provides several swing training action files, and the several swing training action files can form a series of swing training action files;

Several demonstration video files of swingers, which are arranged in several files of the swing training action;

Several difficulty level video and audio files, which are arranged in several files of the swing training action;

Bar codes corresponding to several swings, which are correspondingly arranged in several video files of the demonstration swinger and several video files of the difficulty level; and

A mobile communication device, which allows a user to use the mobile communication device to wirelessly connect and communicate with the cloud server device;

The user can select and obtain at least one or a plurality of the swing training action files by scanning the corresponding barcodes of a plurality of swings by using the mobile communication device.

The cloud server device of the preferred embodiment of the invention is connected to a third-party payment platform, a mobile payment platform, a credit card payment platform, or any combination thereof.

The barcodes corresponding to the swing in the preferred embodiment of the creation can be optionally configured in a ball game book, a ball technical manual, a trained membership card, a ball advertisement sheet, or any combination thereof.

The barcodes corresponding to the swipes in the preferred embodiment of this creation can be optionally configured on a mobile communication device, a webpage, a website, or any combination thereof combine.

The several barcodes corresponding to the swing of the preferred embodiment of the invention can be combined with an anti-counterfeiting barcode, a payment barcode, or any combination thereof.

In the preferred embodiment of the present creation, several barcodes corresponding to the swing can be selected to form a series of barcodes, and the series of barcodes can be arranged on a predetermined device.

The predetermined device in the preferred embodiment of the creation is selected from a player card, a player commemorative product, or any combination thereof.

The mobile communication device of the preferred embodiment of the invention projects the swing training action file on a screen.

The mobile communication device of the preferred embodiment of the present invention projects the swing training action file on a screen via a projector.

The cloud-based billiards swing motion training system of the preferred embodiment of the invention is combined with a virtual swing training table or a simulated swing training table.

1: Cloud server device

10: Snooker training platform

11a: Demonstration of the video file of the swinger

11b: Difficulty level audio and video files

2: Player card carrier

20: Carrier unit

20a: Carrier unit

21: Swing corresponding to the barcode

3: Swing training table

30: Mobile communication device

31: Projector

32: screen

Figure 1: A schematic diagram of the swing motion training system for cloud-based billiards in the preferred embodiment of this creation.

Figure 2: A schematic diagram of the cloud-based billiards swing motion training system of the preferred embodiment of this creation using a carrier unit.

Figure 3: A schematic diagram of another preferred embodiment of the creation of the cloud-based billiards swing motion training system using a player card carrier.

Figure 4: A schematic diagram of a swing motion training system for cloud-based billiards in another preferred embodiment of this creation.

In order to fully understand the creation, preferred embodiments are exemplified below and described in detail with the accompanying drawings, and they are not intended to limit the creation.

Cloud-based billiards swing of the preferred embodiment of this creation The action training system, its training management system and its method can be applied to various training systems for pen-hold swing motions, horizontal swing motions and their combinations suitable for various billiard sports, and its training management system and methods, and this creation The cloud-based billiard sports swing motion training system, its training management system and its method of the preferred embodiment can be combined with applications to be executed on various automated equipment, various semi-automatic equipment, or various non-automatic equipment, but it is not intended to limit this The scope of application of creation.

Figure 1 shows a schematic diagram of the cloud-based billiard swing training system of the preferred embodiment of this creation. Please refer to Figure 1. The cloud-based billiard swing training system of the preferred embodiment of this creation includes a cloud server device 1, several demonstration swinger video files 11a, and several difficulty level video files 11b. , Several bar codes corresponding to swings (ie bar codes corresponding to swing actions) 21 and at least one or several mobile communication devices 30.

Please refer to Figure 1 again. For example, the cloud server device 1, a number of video files 11a of the demonstration swinger, a number of video files 11b of the difficulty level, a number of barcodes 21 corresponding to the swing, and the The mobile communication device 30 is appropriately configured to form a cloud-based billiard sports training system or a billiard sports motion image training system.

Please refer to Figure 1 again. For example, the cloud server device 1 includes a server host and at least one or several related peripheral devices (not shown), and the cloud server device 1 can provide a table tennis Sports training platform 10 and other related equipment with additional training functions.

Please refer to Figure 1 again. For example, the table tennis training platform 10 and other related equipment with additional training functions can be optionally configured on at least one or several swing training tables 3. The table tennis training platform 10 and other related equipment with additional training functions of another preferred embodiment of the present creation can be optionally configured on at least one or several virtual swing training tables or simulated swing training tables.

Please refer to Figure 1 again, for example, this creation is another The cloud server device 1 of the preferred embodiment is appropriately connected to a third-party payment platform, a mobile payment platform, a credit card payment platform, or any combination thereof, so that the billiard sports training platform 10 can appropriately provide options for using the second Three-party payment platform, mobile payment platform, credit card payment platform or other platforms.

Please refer to Figure 1 again. For example, several barcodes 21 corresponding to the swing can be configured to form a series of barcodes for sports training actions (for example, two-dimensional barcodes or barcodes with similar functions), so as to provide various billiards appropriately. Various motion image training options of sports or related activity information data.

Please refer to Figure 1 again. For example, several barcodes 21 corresponding to the swing of another preferred embodiment of this creation can be combined with an anti-counterfeiting barcode, a payment barcode or any combination thereof to enhance the game of billiards. Training platform 10's use security (for example: anti-counterfeiting mechanism or membership authentication system) or payment convenience.

Please refer to Figure 1 again. For example, a number of barcodes 21 corresponding to the swing can be configured to correspond to a number of different video files 11a of the model swinger (as shown in the lower part of Figure 1 for model A, Demonstrator B, Demonstrator C or other demonstrators, such as coaches or athletes], and several different demonstration swinger video files 11a belong to several different demonstrators, so that the billiard sports training platform 10 can be used Choose a variety of swing demonstrators.

Please refer to Figure 1 again. For example, several barcodes 21 corresponding to the swing can be arranged on a carrier unit 20, and the carrier unit 20 can be selected from a card body or other carriers. And the carrier unit 20 can be made of a suitable material, and the material can be selected from a paper material, a plastic material, a rubber material, a composite material or other suitable materials.

Figure 2 shows the cloud-based billiard dribble of the preferred embodiment of this creation A schematic diagram of the carrier unit used in the motion training system of swing motion. Please refer to Figures 1 and 2. For example, the swing motion training system for cloud-based billiards in the preferred embodiment of this creation selects a carrier unit 20a, and the carrier unit 20a can be selected from an electronic device. The carrier unit or a virtual carrier unit, and the carrier unit 20a can be appropriately provided on an electronic carrier.

Please refer to Figures 1 and 2. For example, several barcodes 21 corresponding to the swing can be configured to correspond to several different audio and video files 11b of the difficulty level (as shown in Figure 1A, the difficulty level 1, difficulty level) Level 2, difficulty level 3, or other difficulty levels), and several different video files 11b of the difficulty level can be selected to belong to several different demonstrators, so that the billiard sports training platform 10 can choose various swing demonstrators And its various difficulty levels.

Please refer to Figures 1 and 2 again. For example, several of the swing corresponding barcodes 21 of another preferred embodiment of the present creation can be optionally configured in a physical carrier unit, and the physical carrier unit is optional From a ball sports book, a ball technical manual, a trained membership card, a ball advertisement list or any combination thereof.

Please refer to Figures 1 and 2 again. For example, several of the swing corresponding barcodes 21 of another preferred embodiment of the present creation can be optionally configured in an informationized carrier unit, and the informationized carrier unit It can be selected from a mobile communication device, a web page, a website or any combination thereof.

Please refer to Figures 1 and 2. For example, several barcodes 21 corresponding to the swing can be appropriately selected to correspond to various demonstration swing movements, and the demonstration swing movements can optionally include various forehand spin serve movements. , All kinds of backhand spin serve, all kinds of forehand spin, all kinds of backhand spin, all kinds of forehand cuts, all kinds of backhand cuts, or all kinds of wrong swings.

Please refer to Figures 1 and 2, for example, several of the The swing corresponding bar code 21 can be appropriately selected to correspond to various wrong swing actions, and the wrong swing actions include various forehand spin dribble out-of-bounds actions, various backhand spin dribble out-of-bounds actions, various forehand cut ball out-of-bounds actions, All kinds of backhand cuts out of bounds, all kinds of forehand spins and kicks off the net, all kinds of backhand spins and kicks off the net, all kinds of forehand cuts off the net, all kinds of backhand cuts and off the net, or other swing errors .

Please refer to Figure 1 again. For example, at least one or more mobile communication devices 30 can be selected from a notebook computer [notebook or laptop computer], a tablet computer [tablet personal computer], and a mobile communication device [ mobile communication device], a smart phone (smart phone) or other mobile communication device with computer functions, but it is not intended to limit the scope of this creation.

Please refer to Figure 1 again. For example, several video files 11a of the demonstration swinger, several video files 11b of the difficulty level, and several information execution methods corresponding to the barcode 21 of the swing are computer-enabled. The computer-executable process step can be executed on various computer equipment, such as workstation computers, desktop computers, notebook computers, tablet computers, mobile communication devices, smart phones or other computer-enabled devices Device, but it is not used to limit the scope of this creation.

Please refer to Figures 1 and 2 again. The cloud-based billiards swing training method of the preferred embodiment of this creation includes steps: first, for example, by appropriate technical means (e.g., automated, semi-automated) Or manually) Using the cloud server device 1 and the pool training platform 10, you can choose to provide several swing training action files (not marked), and several of the swing training action files can form a series of swing training appropriately. Action file.

Please refer to Figures 1 and 2 again. The cloud-based billiard swing training method of the preferred embodiment of this creation includes steps: Then, for example, by appropriate technical means (e.g., automated, semi-automatic) Mode or manual mode] Select the appropriate configuration of the several swing training action files to form several demonstration swinger video files 11a or several difficulty level video files 11b.

Please refer to Figures 1 and 2 again. The cloud-based billiards swing training method of the preferred embodiment of this creation includes steps: then, for example, by appropriate technical means (eg: automated, semi-automated) Or manually] Use the mobile communication device 30 to connect and communicate with the cloud server device 1 and the table tennis training platform 10 in a wireless communication mode, and input at least one action condition parameter (for example: error rate, match failure rate, scoring rate, Other parameters or any combination].

Please refer to Figures 1 and 2 again. The cloud-based billiard swing training method of the preferred embodiment of this creation includes step S4: Then, for example, use appropriate technical means (e.g., automated, semi-automated) Mode or Manual Mode] Allows a user (trained athlete, student or member, not shown) to select the action condition parameter to an interface, or directly use the mobile communication device 30 to pass several swipe corresponding barcodes 21 Scanning is performed to select at least one or more of the swing training action files, and the plurality of swing training action files include a number of demonstration swinger video files 11a or a number of difficulty level video files 11b.

Please refer to Figures 1 and 2 again. The cloud-based billiard swing training method of the preferred embodiment of this creation includes steps: for example, the billiard training platform 10 can optionally be based on the mobile communication device 30 and The characteristics of its users (for example: click groups, number of clicks, viewing time, or other historical data) automatically choose to provide several demonstration swinger video files 11a with different demonstration actions or several difficulty level video files 11b. Difficulty level.

Figure 3 shows a schematic diagram of the cloud-based cloud-based billiards swing motion training system of another preferred embodiment of the present creation using a player card carrier. Please refer to Figure 3, for example, this creation is another In the preferred embodiment, a number of the swing corresponding barcodes 21 can be selected to form a series of barcodes, and the series of barcodes are arranged on a player card carrier 2 or a predetermined device.

Please refer to FIG. 3 again. For example, the player card carrier 2 can be selected from an electronic carrier or a player card device with similar functions or a commemorative product, so that it constitutes the predetermined device. In addition, the predetermined device can be selected from a player card, a player commemorative product (for example, a peripheral product), or any combination thereof.

Figure 4 shows a schematic diagram of a swing motion training system for cloud-based billiards in another preferred embodiment of this creation. Please refer to Figure 4, for example, the mobile communication device 30 of another preferred embodiment of the present invention directly projects the swing training action file on a screen 32 or an electronic whiteboard (not shown). And the mobile communication device 30 appropriately projects the swing training action file on the screen 32 via a projector 31.

The foregoing preferred embodiments only illustrate this creation and its technical features. The technology of this embodiment can still be implemented with various substantially equivalent modifications and/or alternative methods; therefore, the scope of rights of this creation shall be subject to patent application. The scope defined by the scope shall prevail. The copyright in this case is restricted to the use of patent applications in the Republic of China.

1: Cloud server device

10: Snooker training platform

11a: Demonstration of the video file of the swinger

11b: Difficulty level audio and video files

20: Carrier unit

21: Swing corresponding to the barcode

3: Swing training table

30: Mobile communication device

Claims (10)

A cloud-based billiard sports swing motion training system, which includes: A cloud server device that provides several swing training action files, and the several swing training action files can form a series of swing training action files; Several demonstration video files of swingers, which are arranged in several files of the swing training action; Several difficulty level video and audio files, which are arranged in several files of the swing training action; Bar codes corresponding to several swings, which are correspondingly arranged in several video files of the demonstration swinger and several video files of the difficulty level; and At least one mobile communication device, which allows a user to use the mobile communication device to wirelessly connect and communicate with the cloud server device; The user can select and obtain at least one or a plurality of the swing training action files by scanning the corresponding barcodes of a plurality of swings by using the mobile communication device. According to the cloud-based billiard sports training system described in item 1 of the scope of patent application, the cloud server device is connected to a third-party payment platform, a mobile payment platform, a credit card payment platform, or any combination thereof. According to the cloud-based billiards swing training system described in item 1 of the scope of patent application, several bar codes corresponding to the swing can be optionally configured in a ball sports book, a ball technical manual, a trained membership card, One-ball advertising list or any combination thereof. According to the cloud-based billiard sports training system described in the first item of the patent application, several barcodes corresponding to the swing can be optionally configured on a mobile communication device, a webpage, a website, or any combination thereof. According to the cloud-based billiard sports swing motion training system described in item 1 of the scope of patent application, several barcodes corresponding to the swing can be combined with an anti-counterfeiting barcode, a payment barcode or any combination thereof. According to the swing motion training system of cloud-based billiard sports described in item 1 of the scope of patent application, several barcodes corresponding to the swings can be selected to form a series of barcodes, and the series of barcodes are arranged on a predetermined device. According to the cloud-based billiard swing training system described in item 6 of the scope of patent application, the predetermined device is selected from a player card, a player commemorative product, or any combination thereof. According to the cloud-based billiards swing training system described in item 1 of the scope of patent application, the mobile communication device projects the swing training file on a screen. According to the cloud-based billiards swing training system described in item 1 of the scope of patent application, the mobile communication device projects the swing training file on a screen via a projector. The cloud-based billiard swing training system described in item 1 of the scope of patent application, wherein the cloud-based billiard swing training system is combined with a virtual swing training table or a simulated swing training ball table.

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