TW201436836A - Golf posture analysis device and method - Google Patents

Abstract

The present invention discloses a golf posture analysis device for automatically providing a golf posture correction reference, comprising: an image capture module for acquiring a body motion image which includes at least one of a visual image and a somatosensory image; an image analysis module including a recording unit, an analysis unit and a control unit in which the recording unit couples to the image capture module for recording the body motion image, the analysis unit couples to the image capture module for determining whether the body motion image satisfies at least one predetermined condition to thereby generate an analysis result, and the control unit couples to the analysis unit and the recording unit for making the recording unit start or stop recording in accordance with the analysis result, so that the recording unit records the body motion image for a period of time and thereby generate an image record, and then the control unit makes the recording unit retain or delete the image record; and a display module coupling to the recording unit and the control unit for displaying a part or the whole of the image record if the recording unit keeps the image record.

Description

Golf posture analysis device and method

The present invention relates to a posture analysis apparatus and method, and more particularly to an automated golf posture analysis apparatus and method.

The analysis of golf postures has been carried out for a long time. The analysis of golf postures in the early years was carried out by coaches in a manual manner. This method is effective, but because of the high tuition fees, it is affordable for everyone. Afterwards, due to the advancement of photography technology, the trainee himself can record his own posture, and then correct the incorrect position according to the video screen. However, if the student is a beginner, it may be difficult to correct the posture according to the video screen. If the trainees are experienced, they will also be limited by the process of video recording and playback. They will not be able to correct the posture immediately. If the trainees hire personnel to record and play, they will face high cost.

With the advancement of Motion Sensing technology, in recent years, somatosensory detection has also been gradually applied to golf posture analysis. The currently known golf body sensing technology is to set the sensor on the club, and the detection information returned by the sensor is provided to the user via a screen in the form of data or animation, so that the user can borrow The information is self-corrected by the information. However, since the sensor is disposed on the club, the information only includes information such as the swing track and the swing speed, and cannot further reflect whether the user's swing posture is out of shape. Therefore, it is difficult for beginners to use the information to correct the action. In addition, for the experienced user, the sensor is placed on the club, which affects the weight or grip of the club, and thus affects the feel of the normal use of the club.

In addition to the sensor is placed on the club for motion analysis, another prior art technique is to attach a plurality of sensors to specific parts of the human body, and then use the relative position information of the sensors. Action analysis. Although this method allows the user to understand whether the swing posture is correct, the cost is relatively high and the use is inconvenient. In another prior art, a plurality of ribbons or a plurality of stickers having a specific color are attached to a human body, and the relative position information of the ribbons or stickers is detected by an image detection method to obtain a human body motion. The information is used for subsequent analysis. However, this method is also inconvenient to use and is difficult to use universally.

Based on the above, the current golf posture analysis technology has its drawbacks. Therefore, there is a need in the art for a golf posture analysis apparatus and method that can be automatically executed and easily used to solve the problems of the prior art.

In view of the deficiencies of the prior art, it is an object of the present invention to provide a golf posture analysis apparatus and method to solve the problems of the prior art.

The present invention discloses a golf posture analysis device for automatically providing a golf posture correction reference. According to an embodiment of the present invention, the golf posture analysis device includes: an image capturing module, configured to capture a human body motion image, wherein the human body motion image includes at least one of a visual image and a unitary image; The image analysis module includes a recording unit, an analyzing unit, and a control unit. The recording unit is coupled to the image capturing module for recording the human body dynamic image. The analyzing unit is coupled to the recording unit for analysis. Whether the information of the plurality of nodes of the human body motion image meets at least one preset condition to generate an analysis result, the control unit is coupled to the analysis unit and the recording unit, for starting and stopping the recording unit according to the analysis result, Having the recording unit record the human body motion image for a period of time to generate an image record, and then the recording unit retains or deletes the image record according to the analysis result; and a display module coupled to the recording unit and the control unit, If the recording unit retains the image record, the display module plays one or all of the image records.

The invention also discloses a golf posture analysis method for automatically providing a golf posture correction reference, which is realized by a golf posture analysis device. According to an embodiment of the present invention, the golf posture analysis method includes: capturing a human body motion image, the human motion image including at least one of a visual image and a unitary image; and analyzing a plurality of nodes of the human motion image Whether the information meets at least one predetermined condition to generate an analysis result; starting and stopping recording the human body motion image according to the analysis result to generate an image record; retaining or deleting the image record according to the analysis result; and playing the image record One or all.

The present invention further discloses a golf posture analysis device for automatically providing a golf posture correction reference. According to an embodiment of the present invention, the golf posture analysis device includes: a recording unit for recording a human body motion image, the human body motion image comprising at least one of a visual image and a unitary image; an analysis unit coupled And the recording unit is configured to analyze whether the information of the plurality of nodes of the human body motion image meets at least one preset condition to generate an analysis result; and a control unit coupled to the analysis unit and the recording unit, The analysis result starts and stops the recording unit, so that the recording unit records the human body motion image for a period of time to generate an image record, and then causes the recording unit to retain or delete the image record according to the analysis result.

The features, implementations, and utilities of the present invention are described in detail with reference to the preferred embodiments.

The technical terms of the following descriptions refer to the idioms in the technical field, and some of the terms are explained or defined in the specification, and the explanation of the terms is based on the description or definition of the specification. In addition, the relative relationship between the objects or events described in this specification may include direct or indirect relationships, and the term "indirect" refers to the existence of intermediates or physical spaces between objects. Or refers to the existence of intermediate events or time intervals between events. Furthermore, the following content is related to the detection, analysis and application of the golf posture. The technical or principle of the prior art is not described in detail if it does not relate to the technical features of the present invention. In addition, the shapes, dimensions, proportions, and steps of the elements in the drawings are merely illustrative, and are intended to be used by those of ordinary skill in the art to understand the invention and not to limit the scope of the invention.

In addition, each embodiment of the following description has one or more technical features, respectively. However, it is not intended that the inventors must implement all the technical features in any embodiment at the same time, or can only separately implement the different embodiments. One or all technical features. In other words, as long as the implementation possibility is not affected, those skilled in the art can selectively implement some or all of the technical features of any embodiment according to the disclosure of the present invention and according to their own requirements or design specifications. Alternatively, a combination of some or all of the technical features of the plurality of embodiments may be selectively implemented, thereby increasing the flexibility in the practice of the present invention.

The present invention includes a golf posture analysis device and method, which can be applied to a portable or fixed electronic device, and can automatically start and stop recording images for analysis according to a user's posture, thereby providing a golf posture. Correction reference. The electronic device may be a notebook computer, a tablet computer, a mobile phone, a desktop computer, a function computer, a television or a surveillance system connected or having an image capture module. The implementation of the present invention is not limited to the embodiments described below, and the embodiments of the present invention are not limited to the embodiments described below. In addition, since any part or all of the components included in the golf posture analyzing device of the present invention may be known components alone, the following description will be made without affecting the full disclosure and feasibility of the device invention. Details of individual known components will be abbreviated. Furthermore, the golf posture analysis method of the present invention may be performed by the golf posture analysis device of the present invention, or may be performed by other known or new equivalent devices without affecting the full disclosure and implementability of the method invention. The description of the following method invention will focus on the steps, and the hardware used to perform the method may be selected by a person skilled in the art in accordance with the disclosure of the method of the present invention to select a suitable device or combination of components.

Please refer to FIG. 1, which is a schematic diagram of an embodiment of a golf posture analysis device of the present invention. As shown in the figure, the golf posture analysis apparatus 100 of the present embodiment includes: an image capturing module 110 for capturing a body motion image (Body Motion Image), the body motion image including a visual image (Visual Image) And the image capturing module 110 includes a visual image capturing unit 112 and an integrated image capturing unit 114 for capturing the visual image, respectively. And the image capturing unit 112, for example, a known optical image capturing unit, comprising a lens, a color sensing element, and an image processing circuit, and the image sensing module For example, a known depth sensing unit includes an active light source (for example, an infrared light source), one or a plurality of lenses, a monochrome photosensitive element, and an image processing circuit, which are merely illustrated and implemented. Where possible, those skilled in the art can utilize existing techniques to determine the composition of the image capture module 110 according to their needs or design specifications; The image analysis module 120 includes a recording unit 122, an analysis unit 124, and a control unit 126. The recording unit 122 can be a storage unit coupled to the image capturing module 110 for recording the human body motion image. The analyzing unit 124 may be an independent hardware unit composed of the hardware of the electronic device and the integrated sensing software or integrated with the integrated sensing software, and coupled to the recording unit 110 for analyzing whether the human body dynamic image is consistent. At least one predetermined condition to generate an analysis result, the control unit 126 is, for example, a Micro Control Unit (MCU), a Programmable Logic Unit (PLU), or a comparator, a register. The judging circuit composed of the multiplexer and the like is coupled to the analyzing unit 124 and the recording unit 122 for starting and stopping the recording unit 122 to perform recording according to the analysis result, so that the recording unit 122 records the human body motion image. Reaching a period of time to generate an image record, and then causing the recording unit 122 to retain or delete the image record according to the analysis result; The display module 130 is coupled to the image analysis module 120. If the recording unit 122 of the image analysis module 120 retains the image record, the display module 130 can play one or all of the image records. The display module 130 is a display screen of the electronic device, except that the image record can be displayed, and a pre-stored standard posture image can be simultaneously or sequentially displayed for comparison by the user, and the standard posture image can be stored in the record. In unit 122 or in other storage units.

As described above, in the embodiment, the analyzing unit 124 may further mark, according to the at least one preset condition or the analysis result, an image, a text, a sound, or the like, the posture of the human body motion image is incorrect, and according to To generate a labeling result, the labeling result may be integrated into the analysis result or may exist independently after being generated; then the control unit 126 may mark the retained image record according to the labeling result, or pass through the image capturing module 110. The image processing circuit or the image processing circuit of the display module 130 marks the image record, and then causes the display module 130 to display the marked image record, so that the user can determine that the posture is incorrect. Please note that the above analysis result and/or the labeling result may include single or multiple pieces of data generated simultaneously or not at the same time, and the plurality of pieces of data may be output to the control unit 126 for utilization at the same time or at different times.

In addition, in this embodiment, the at least one preset condition includes an initial posture and a termination posture, and when the human motion image conforms to the initial posture, the analyzing unit 124 generates the analysis result (the analysis result includes An initial condition satisfies the indication), and then the control unit 126 causes the recording unit 122 to record the human body motion image according to the analysis result; and when the human body motion image conforms to the termination posture, the analyzing unit 124 generates the analysis result accordingly. At this time, the analysis result includes a termination condition satisfaction indication. At this time, the control unit 126 stops the recording unit from recording the human body motion image according to the analysis result. For example, referring to FIG. 2 and FIG. 3, the initial posture 200 includes one or any combination of a golfer standing position 210 and a Takeaway/Backswing posture 220; The termination gesture 300 includes a Golfer's Follow Thor posture, such as an Early Follow-Through gesture 310 and/or a LateFollow Through gesture 320. The initial posture 200 and the termination posture 300 are pre-stored standard postures in the embodiment, and respectively include position and/or distance information 202, 302 of a plurality of preset nodes (ie, a circle symbol having a ruled line in the illustration) And the analyzing unit 124 can define the position and/or distance information of the plurality of nodes corresponding to the current posture of the user according to the human body motion image or the static image derived from the human body motion image, and therefore, the human body motion image When the corresponding node information meets the preset node information 202 of the initial posture 200, or when the difference between the information of the two nodes falls within a preset tolerance range, the analyzing unit 124 generates the foregoing initial condition satisfaction indication for The control unit 126 causes the recording unit 122 to start recording; and when the node information corresponding to the human body motion image meets the preset node information 302 of the termination gesture 300, or the difference between the two falls on the foregoing or another preset When the tolerance is within the range, the analyzing unit 124 generates the foregoing termination condition satisfaction indication for the control unit 126 to cause the recording unit 122 to stop recording. Whether the foregoing node information is consistent can be implemented by a known algorithm or a customization of the implementer of the present invention. For example, the preset node information 202, 302 and the node information corresponding to the current posture are normalized. The comparison may be performed in a point-to-point manner, or by node distance and/or inter-node slope, or by a minimum mean square error algorithm or other known difference statistical algorithm, whereby the analysis unit 124 It can be determined whether the preset node information 202, 302 and the acquired node information are consistent, and the analysis result is provided to the control unit 126 accordingly. Please note that the above-mentioned preset tolerance range can be a fixed range or an adjustable range. For example, a beginner can relax the preset tolerance range, and an experienced person can narrow the preset tolerance range. However, if the implementation is possible, The present invention does not limit the preset tolerance range.

In addition to the initial posture 200 and the termination posture 300 described above, in the embodiment, the at least one preset condition may further include a preset time to ensure continuity of the posture changing process. More precisely, if the human body motion image conforms to the initial posture 200, the control unit 126 causes the recording unit 122 to start recording; if the human body motion image meets the termination posture 300 within the preset time, the control unit 126 The recording unit 122 stops the recording, and causes the recording unit 122 to retain the pen image record; but if the human body motion image fails to meet the termination posture 300 within the preset time, the control unit 126 can be based on the analysis result. The recording unit 122 is caused to stop recording, and the recording unit 122 deletes the corresponding image record. For example, when the analyzing unit 124 determines that the human body moving image conforms to the station posture 210, the control unit 126 causes the recording unit 122 to record, for a predetermined time (for example, seconds, ten seconds or tens of seconds). The analysis unit 124 does not generate the termination condition satisfaction indication (representing that the human body motion image fails to conform to the early/late stage closing posture 310, 320, or represents that the swing motion is not completed), and the control unit 126 stops the The recording unit 122 records the recording unit 122 and deletes the corresponding image record. However, if the analyzing unit 124 generates the termination condition satisfaction indication within the preset time, the control unit 126 stops the recording unit 122. Recording, and the recording unit 122 saves the corresponding image record.

In addition, to ensure that the image record includes a complete posture change process for analysis, the at least one preset condition may further include at least one process posture, and the human body motion image includes the initial posture 200, the at least one process posture, and the termination In the posture 300, the analyzing unit 124 generates the analysis result according to the analysis result, and the control unit 126 retains the image record according to the analysis result; when the human body motion image includes the initial posture 200 and the termination posture 300 but does not include the at least one The analyzing unit 124 generates the analysis result according to the process posture, and the control unit 126 deletes the image record according to the analysis result. As shown in FIG. 4, in the present embodiment, the process gesture 400 includes a golfer's Downswing posture 410 and/or an Impact posture 420, which also includes a plurality of preset nodes. The location and/or distance information 402 is described by way of example only and is not an implementation limitation of the invention.

Please note that those skilled in the art can determine whether to adopt the aforementioned preset time and/or process posture as part of the preset condition according to their needs or design specifications, and can determine the preset time and/or process by themselves. The content of the posture, as for other preset conditions such as the acceleration of the swing, the movement of the station, etc., are all adopted for the present invention on the premise that the implementation is possible.

In addition, for the convenience of the user, the golf posture analysis device of the present invention may further include a supporting device, such as a telescopic or fixed type tripod, an adsorption device, an adhesive device, and a The jig or an equivalent device of any of the above devices is used to set the image capturing module 110, the image analyzing module 120 and/or the display module 130, thereby facilitating the user to operate the golf posture analyzing device of the present invention. Or watch an image record.

In addition to the golf posture analysis device described above, the present invention further provides a golf posture analysis method. As shown in FIG. 5, an embodiment of the method includes the following steps: Step S510: Capture a human body motion image, where the human body motion image includes at least one of a visual image and a unitary image. In this embodiment, the manner and definition of the visual image and the somatosensory image are the same as or similar to the content of the embodiment of the front device; and step S520: analyzing whether the information of the plurality of nodes of the human body motion image meets at least one preset condition To produce an analysis result. In this embodiment, the definition of the preset condition and the result of the analysis are the same as or similar to the content of the embodiment of the foregoing device. Step S530: Start and stop recording the motion picture of the human body according to the analysis result to generate an image record. In this embodiment, the image record is generated in the same or similar manner as the embodiment of the front device; and in step S540, the image record is retained or deleted according to the analysis result. In this embodiment, the retention or deletion of the image record is the same as or similar to the content of the front device embodiment; and step S550: playing one or all of the image records. In this embodiment, the playback of the image record is the same as or similar to the content of the front device embodiment.

Since the details of the above steps can be referred to the related description of the foregoing apparatus embodiment, the description of repetition and redundancy will be abbreviated without affecting the disclosure requirements and the implementability of the invention.

As described above, in the embodiment, the at least one preset condition in the step S520 includes an initial posture and a termination posture. When the human motion image conforms to the initial posture, step S530 further includes: starting according to the analysis result. Recording the human motion image; and when the human motion image conforms to the termination gesture, step S530 includes: stopping recording the human motion image according to the analysis result. The initial posture is, for example, one or any combination of a golfer standing posture, a lifting posture and a lifting posture; and the termination posture is, for example, a golfer's closing posture, such as an early closing posture. And / or a late closing posture. In addition, in order to ensure the continuity of the posture change process, the at least one preset condition may further include a preset time (for example, a time of several seconds to several tens of seconds), and more precisely, if the human body motion image conforms to the initial posture, Step S530 includes: recording the human motion image according to the analysis result; if the human motion image meets the termination posture within the preset time, step S530 and step S540 include: stopping recording the human body dynamic according to the analysis result And retaining the image record; but if the body motion image does not meet the termination gesture within the preset time, step S530 and step S540 include: stopping recording the body motion image and deleting the image record according to the analysis result. Furthermore, in order to determine that the image record includes a complete posture change process for analysis, the at least one preset condition may further include at least one process posture (eg, a golfer's lower pole posture and/or a batting posture), and further For example, when the human body motion image conforms to the initial posture, the at least one process posture, and the termination posture, the gesture change process is complete, and step S540 includes: retaining the image record according to the analysis result; When the dynamic image conforms to the initial posture and the termination posture but does not conform to the at least one process posture, the step of representing the posture change process is incomplete, and step S540 includes: deleting the image record according to the analysis result.

The initial posture, the at least one process posture, and the termination posture respectively include position and/or distance information of the plurality of preset nodes, and are used to analyze whether the human motion image conforms to the preset condition in step S520. For example, the initial posture The preset node information of the process posture and the termination posture can be set according to a golfer's standard posture. The human motion image can define information of a plurality of nodes (such as node position, inter-node slope and/or distance information) by known somatosensory recognition technology. After the preset and identified node information is obtained, step S520 can determine whether the human body motion image meets the preset condition by comparing. Since the setting of the node information of the preset postures and the acquisition and calculation of the node information of the human body motion image can be implemented by using known techniques, without affecting the full disclosure and feasibility of the present invention, The description of redundancy is omitted here.

In addition, the image analysis module 120 can also be implemented separately based on the foregoing, and the present invention further provides a golf posture analysis device. Referring to FIG. 6 , an embodiment of the golf posture analysis apparatus 600 includes: a recording unit 610 configured to record a human body motion image, where the human body motion image includes at least one of a visual image and a unitary image; The unit 620 is coupled to the recording unit 610 for analyzing whether the information of the plurality of nodes of the human body motion image meets at least one preset condition to generate an analysis result, and a control unit 630 coupled to the analysis unit 620 and the The recording unit 610 is configured to start and stop the recording unit 610 according to the analysis result, so that the recording unit 610 records the human body motion image for a period of time to generate an image record, and then the recording unit 610 is retained or deleted according to the analysis result. The image record.

The embodiment of FIG. 6 corresponds to the image analysis module 120 of FIG. 1 , and the description and implementation changes thereof are as described above, and the repeated and unnecessary descriptions are made without affecting the disclosure requirements and implementability of the embodiment. This section is omitted to avoid essays.

In summary, the golf posture analysis device and method disclosed in the present invention have the advantages of cost economy, high application flexibility, and immediate display of analysis results, compared with the prior art, which is automatically executed and convenient to use.

Although the embodiments of the present invention are described above, the embodiments are not intended to limit the present invention, and those skilled in the art can change the technical features of the present invention according to the explicit or implicit contents of the present invention. Such variations are within the scope of the patent protection sought by the present invention. In other words, the scope of patent protection of the present invention is subject to the definition of the present specification.

100. . . Golf posture analysis device

110. . . Image capture module

112. . . Visual image capture unit

114. . . Somatosensory image capture unit

120. . . Image analysis module

122. . . Recording unit

124. . . Analysis unit

126. . . control unit

130. . . Display module

200. . . Initial posture

202. . . Node information

210. . . Standing posture

220. . . Lifting/upper posture

300. . . Termination posture

302. . . Node information

310. . . Early closing posture

320. . . Late closing posture

400. . . Process posture

402. . . Node information

410. . . Lower pole posture

420. . . Batting posture

600. . . Golf posture analysis device

610. . . Recording unit

620. . . Analysis unit

630. . . control unit

S510. . . Capture a human body motion picture

S520. . . Analyzing whether the human motion image meets at least a predetermined condition to generate an analysis result

S530. . . Starting and stopping recording the human body motion image according to the analysis result to generate an image record

S540. . . Retain or delete the image record based on the analysis result

S550. . . Play one or all of the image record

1 is a schematic view of an embodiment of a golf posture analysis device according to the present invention; FIG. 2 is a schematic view showing an embodiment of an initial posture of the present invention; FIG. 3 is an embodiment of a termination posture of the present invention. FIG. 4 is a schematic view showing an embodiment of a process posture of the present invention; FIG. 5 is a schematic view showing an embodiment of a golf posture analysis method according to the present invention; and FIG. 6 is a golf posture of the present invention. A schematic diagram of another embodiment of an analytical device.

100. . . Golf posture analysis device

110. . . Image capture module

112. . . Visual image capture unit

114. . . Somatosensory image capture unit

120. . . Image analysis module

122. . . Recording unit

124. . . Analysis unit

126. . . control unit

130. . . Display module

Claims (20)

A golf posture analysis device for automatically providing a golf posture correction reference includes: an image capture module for capturing a human body motion image, the human motion image including a visual image (Visual Image) and a unitary image At least one of the (Somatosensory Image) modules; the image analysis module includes: a recording unit coupled to the image capturing module for recording the human body motion image; and an analyzing unit coupled to the recording unit for Analyzing whether the information of the plurality of nodes of the human motion image meets at least one preset condition to generate an analysis result; and a control unit coupled to the analysis unit and the recording unit, configured to start the recording unit according to the analysis result And stopping the recording of the human body motion image, causing the recording unit to record the human body motion image for a period of time to generate an image record, and then causing the recording unit to retain or delete the image record according to the analysis result; and a display module coupled The image analysis module, if the recording unit retains the image record, the display module plays the image Like a record of, or all of them. The golf posture analysis device of claim 1, wherein the at least one preset condition comprises an initial posture and a termination posture, and the initial posture and the termination posture respectively comprise information of a plurality of preset nodes, when When the information of the plurality of nodes of the human body dynamic image meets the information of the plurality of preset nodes of the initial posture, the control unit causes the recording unit to start recording according to the analysis result; when the plurality of nodes of the human body motion image When the information meets the information of the plurality of preset nodes of the termination gesture, the control unit causes the recording unit to stop recording according to the analysis result. The golf posture analysis device of claim 2, wherein the at least one preset condition further comprises a preset time, and if the human body motion image conforms to the initial posture, the control unit causes the recording unit according to the analysis result Starting the recording; if the human body motion image meets the termination posture within the preset time period, the control unit causes the recording unit to stop recording according to the analysis result, and causes the recording unit to retain the image record; if the human body motion image is in the The control unit does not meet the termination posture within the preset time, and the control unit causes the recording unit to stop recording according to the analysis result, and causes the recording unit to delete the image record. The golf posture analysis device of claim 2, wherein the at least one preset condition further comprises at least one process posture, when the analysis unit determines that the human body motion image conforms to the initial posture, the at least one process posture, and the termination In the posture, the control unit retains the image record according to the analysis result; when the analyzing unit determines that the human body motion image conforms to the initial posture and the termination posture but does not conform to the at least one process posture, the control unit deletes according to the analysis result. The image record. The golf posture analysis device of claim 4, wherein the at least one preset condition further comprises a preset time, when the analyzing unit determines that the human body motion image meets the initial posture within the preset time, the at least The control unit retains the image record according to the analysis result; and the analyzing unit determines that the human body motion image meets the initial posture and the termination posture within the preset time but does not meet the at least one In the process posture, the control unit deletes the image record according to the analysis result. The golf posture analyzing device according to claim 2, wherein the initial posture includes one or any one of a golfer standing position, a takeaway posture, and a backswing posture. Combining; and the terminating gesture includes a golfer's Follow Through gesture. The golf posture analysis device of claim 1, further comprising: a supporting device for setting the image capturing module, the image analyzing module and/or the display unit. The golf posture analysis device according to claim 7, wherein the support device is a tripod, an adsorption device, an adhesive device or a jig. The golf posture analysis device according to claim 1, wherein the display module displays the image record and a pre-stored image simultaneously or sequentially. A golf posture analysis method for automatically providing a golf posture correction reference is implemented by a golf posture analysis device, comprising: capturing a human body motion image, the human motion image comprising at least one visual image and a unified image One of the following: analyzing whether the information of the plurality of nodes of the human motion image meets at least one preset condition to generate an analysis result; and starting and stopping recording the human motion image according to the analysis result to generate an image record; The result is to retain or delete the image record; and play one or all of the image record. The golf posture analysis method of claim 10, wherein the at least one preset condition comprises an initial posture and a termination posture, and the initial posture and the termination gesture respectively comprise information of a plurality of preset nodes, when When the information of the plurality of nodes of the human body motion image meets the information of the plurality of preset nodes in the initial posture, the step of starting and stopping the recording of the human body motion image according to the analysis result includes: recording the human body dynamic according to the analysis result When the information of the plurality of nodes of the human motion image meets the information of the plurality of preset nodes of the termination posture, the step of starting and stopping recording the human motion image according to the analysis result includes: stopping according to the analysis result Record the human body motion picture. The golf posture analysis method according to claim 11, wherein the at least one preset condition further comprises a preset time, and if the human body motion image conforms to the initial posture, the human body dynamics are started and stopped according to the analysis result. The step of the image comprises: recording the human motion image according to the analysis result; if the human motion image meets the termination posture within the preset time, the step of starting and stopping the recording of the human motion image according to the analysis result and according to the analysis The step of retaining or deleting the image record includes: stopping the recording of the human body motion image according to the analysis result and retaining the image record; if the body motion image does not meet the termination posture within the preset time, according to the analysis result, The step of stopping recording the human body motion image and the step of retaining or deleting the image record according to the analysis result includes: stopping recording the human body motion image according to the analysis result and deleting the image record. The golf posture analysis method of claim 11, wherein the at least one preset condition further comprises at least one process posture, when the human body motion image conforms to the initial posture, the at least one process posture, and the termination posture, The step of retaining or deleting the image record includes: retaining the image record according to the analysis result; and retaining the image according to the analysis result when the body motion image conforms to the initial posture and the termination posture but does not conform to the at least one process posture Or deleting the image record includes: deleting the image record according to the analysis result. The golf posture analysis method of claim 13, wherein the at least one preset condition further comprises a preset time, when the human body motion image meets the initial posture, the at least one process posture, and The step of retaining or deleting the image record according to the analysis result includes: retaining the image record according to the analysis result; and the body motion image conforms to the initial posture and the termination posture within the preset time but does not meet In the at least one process posture, the step of retaining or deleting the image record according to the analysis result comprises: deleting the image record according to the analysis result. The golf posture analysis method according to claim 13, wherein the initial posture comprises one or any combination of a golfer standing posture, a lifting posture and a lifting posture; the process posture includes a golf ball The athlete's lower pole posture and/or the batting posture; and the termination posture includes a golfer's closing posture. The method for analyzing a golf posture according to claim 10, wherein the step of playing one or all of the image records comprises: playing the image record and a pre-stored image simultaneously or sequentially. A golf posture analysis device for automatically providing a golf posture correction reference includes: a recording unit for recording a human body motion image, the human body motion image comprising at least one of a visual image and a unitary image; The unit is coupled to the recording unit for determining whether the information of the plurality of nodes of the human body motion image meets at least one preset condition to generate an analysis result; and a control unit coupled to the analysis unit and the recording unit According to the analysis result, the recording unit starts and stops recording the human body motion image, so that the recording unit records the human body motion image for a period of time to generate an image record, and then the recording unit retains or deletes the image according to the analysis result. Record. The golf posture analysis device of claim 17, wherein the at least one preset condition comprises an initial posture and a termination posture, and the initial posture and the termination gesture respectively comprise information of a plurality of preset nodes, when When the information of the plurality of nodes of the human body dynamic image meets the information of the plurality of preset nodes of the initial posture, the control unit causes the recording unit to start recording according to the analysis result; when the plurality of nodes of the human body motion image When the information meets the information of the plurality of preset nodes of the termination gesture, the control unit causes the recording unit to stop recording according to the analysis result. The golf posture analysis device of claim 18, wherein the at least one preset condition further comprises a preset time, and if the human body motion image conforms to the initial posture, the control unit causes the recording unit according to the analysis result Starting the recording; if the human body motion image meets the termination posture within the preset time period, the control unit causes the recording unit to stop recording according to the analysis result, and causes the recording unit to retain the image record; if the human body motion image is in the The control unit does not meet the termination posture within the preset time, and the control unit causes the recording unit to stop recording according to the analysis result, and causes the recording unit to delete the image record. The golf posture analysis device of claim 18, wherein the at least one preset condition further comprises at least one process posture, and the analyzing unit determines that the human body motion image conforms to the initial posture, the at least one process When the posture and the termination posture are used to generate the analysis result, the control unit retains the image record according to the analysis result; when the analysis unit determines that the human body motion image conforms to the initial posture and the termination posture but does not conform to the at least one process When the posture is generated and the analysis result is generated, the control unit deletes the image record according to the analysis result.