五、新型說明： 【新型所屬之技術領域】 本創作所屬之技術係提供一種運動員動作分析設備之 改良’尤指一種能夠自動擷取使用者之動作影像，並 為一體成型、折疊式以方便攜帶之即時動作檢視裝置。 【先前技術】 按’先前之申請證書號為M321799,新型之名稱 為：運動員動作分析設備VIMPACT，此創作為前設備之 改良，為一具體呈現之即時動作檢視裝置，因前創作有 攜帶及收合不方便之缺點。 【新型内容】 故’創作人有赛於上述缺失，乃搜集相關資料， 經由多方評估及考量，並以從事於此行業累積之多年 經驗’經由不斷試作及修改，始設計出此種運動員動 作分析設備之改良的新型專利者。 本創作之主要目的在於：採用影像處理技術，自 動擷取使用者之動作影像，透過立即慢速重播，以即 時修正調整個人之運動姿勢，提高學習效率；對於教 學者而言，藉由正、侧面分析線重疊於動作影像，可 清楚地讓學員直接了解姿勢偏移情形，並進一步修正 調整姿勢，讓教學更專業、輕鬆，學習效果更加顯著。 本創作之次要目的在於：此為一體成型之動作檢 M374370 視裝置，攜帶方便、操作簡單，並具暫停、寸進、寸 退、圖示分析等多功能；也可調整其攝影機之角度、 快門及解析度，並無限次重播動作，可作為動畫廣又告。 【實施方式】 達成上述目的及功效，本創作所採用之技術手段及 構造，茲繪圖就本創作較佳實施例詳加說明其特徵與功 能如下，俾利完全了解。 、 請參閱第-圖、第二圖、第三圖、第四圖第五圖 與第六圖所不’係為本創作之立體外觀圖、方塊圖與較 佳實施例圖，由圖中可清楚看出，此運動員動作分析設 備之改良之即時動作檢視裝置i，由一主機體2、一蓋 體3及-腳架4所.組成；其主機體上至少有—組操作按 鍵21和狀態燈號22顯示其運作狀態；蓋體3上有一方 型大勞幕顯示器32能呈現動態圖示，在顯示器32上方 中央處有一攝影裝置31，以擷取其使用者運動時之影 像；其主機體2與蓋體3中間有一圓形樞軸5，透過其 轉動來開關蓋體3;腳架4置於主機體2後，於開啟時 支撐其動作檢視裝置丨之穩定站立；此動作檢視裝置i 於關閉時，外型像一台筆記型電腦，但不同的是，在使 用過程t，蓋體3必須直立並和主機體2、腳架4呈一 倒γ子型以保持其機身之穩定，螢幕顯示器32和使用 M374370 .. 者身軀保持平行之關係，其主要部件包括有： (1) 一主機體2,包含至少一操作按鍵21及至少一狀熊 燈號22,用以操作其動作檢視裝置丄及顯示其動作 狀態，其操作按鍵21可啟動各樣功能，如暫停寸 進、寸退、分解正、側面之動作影像以便了解姿勢偏 ' 移情形； (2) —蓋體3,包含攝影裝置31及顯示器32，用以擷取 • 外部影像並呈現之，其攝影裝置31採用影像處理技 術’按其不同之解析度分成至少四種以上之高速攝影 系統，自動擷取使用者之動作影像，其攝影裝置3工 亦可根據使用者之需求調整其攝影角度、快門； (3) —腳架4,為可折疊式並置於主機體後，用以穩定 與支撐動作檢視裝置1 ; (4) 一樞軸5,用以連接主機體2及蓋體3,使兩者可藉 # 由其旋轉之方式以開啟、閉合，並且在摺合後具有把 手之功能以方便提取； (5) 至少一類比IC: ADC (類比數位轉換器）62，負責 將攝衫裝置之衫像轉換成數位資料；DAC (數位類比 轉換器）63負責接收數位影像資料轉換成電腦（VGA) 或電視（NTSC )’可以顯示之影像訊號； (6) —微處理機6，規劃ADC (類比數位轉換器）62及 DAC (數位類比轉換|§) 63之動作，並接受使用者 M374370 操作按鍵，下命令給FPGA (現場可程式化邏輯閘陣 列）61動作； (7 ) — FPGA (現場可程式化邏輯閘陣列）6丨主要從事麥 像傳輸、重疊比對等 工作； a.影像數位資料存入SDRAM(暫存記憶體）71 ; b·從SDRAM(暫存記憶體）71取出影像數位資料送到 DAC (數位類比轉換器）63 ;轉換成電腦或電視可 以顯示之訊號； c. 重疊動作分析之線條； d. 從flash (快閃記憶體）72取出標準動作影像， 送至DAC (數位類比轉換器）⑽後顯示； ⑻一 flash (快閃記憶體）72，内含影像資料並可 提供更新影像資料之儲存； ⑻-顯一示器32,可慢速重播，顯示動作影像以供檢視。 舉南爾夫球為例，可藉此創作來比對其揮桿姿勢 之優缺點，想要練習揮桿時也不會受到環境之限制； 首先’在使用檢視裝置！之前，必須打開該動作檢視 裝置1之蓋體3及固定其支撐腳架4，並根據使用者所 站立之位置’預先調整好其拍攝之角度，使攝影裝置 31之攝影範圍可捕捉到使用者全身影像，並藉由操作 按鍵21輸入其相關設定’透過其狀態燈號22可確認 微處理機6之運作情形，待攝影裝置&啟動後，使用 [S ] 6 者即可開始進行揮杆動作，使攝影裝置31持續拍攝揮 杆動作時全身之擺動影像； 其擷取之影像包含肢體角度、球起飛仰角、揮杆 速度、移動距離、球飛行距離等將由ADC (類比數位轉 換器）62轉換成數位資料而傳到FpGA (現場可程式化 邏輯間陣列）61，其影像數位資料將經由FPGA (現場 可程式化邏輯閘陣列）61存入SDRM(暫存記憶體）71， 可建立個人之揮桿資料庫，做學習前後階段性比對； 接著其影像數位資料傳送到DAC (數位類比轉換器） 63,透過顯示器32來顯示訊號，可呈現多種不同之速 度之重播或停格以便檢視揮杆動作，並和繪圖分析工 具結合，協助分析姿勢；flash(快閃記憶體）72中所儲 存之標準動作影像可透過DAC (數位類比轉換器）63 轉換至顯不器32上，並可同步播放兩個揮杆影像，跟 標準動作進行重疊比對m制者可以透過 傳輸線與電腦連接時，進行資料下載、更新系統、傳 輸檔案等作業。 藉此，經由攝影裝置31所擷取之影像與標準動作 影像比對後，使用者即可得知本身揮杆動作與標準動 作影像之不同處，以達到學習之目的，本創作之檢視 裝置1除了可應用於如上述高爾夫球運動外並可應 用於如籃球、保齡球、網球、桌球或跆拳道等等不同 M3743 70 領域之運動，使運動人員可經由檢視裝置i所操取的 影像與標準動作影像比較後，相調整改進姿勢上之 缺失以及提高學習效率之目的。 惟以上所述僅為本創作之一較佳可行實施例，非 因此即拘限本創作之專利範圍，其它如跆拳道、射箭、 棒球等動態運動皆可利用此創作來進行動作之修正， 故舉凡運用本創作說明書及圖示内容所為之等效結 構’直接或間接運用於其它相關技術領域者，均同理 皆理應包含於本創作之精神範疇的範圍内，合予陳明。 M374370 【圖式簡單說明】 第一圖係本創作之立體外觀圖一。 第二圖係本創作之立體外觀圖二。 第三圖係本創作之方塊圖。 第四圖係本創作之較佳實施例圖一。 第五圖係本創作之較佳實施例圖二。 第六圖係本創作之較佳實施例圖三。 【主要元件符號說明】 1 動作檢視裝置 2 主機體 21 操作按鍵 22 狀態燈號 3 蓋體 31 攝影裝置 32 顯示器 4 腳架 5 樞軸 6 微處理機 61 FPGA (現場可程式化邏輯閘陣列） 62 ADC (類比數位轉換器） 63 DAC (數位類比轉換器） M374370 71 SDRAM(暫存記憶體） 72 flash (快閃記憶體）V. New description: [New technical field] The technology of this creation provides an improvement of the athlete's motion analysis equipment, especially one that can automatically capture the user's motion image, and is integrated and folded for easy carrying. Instant action viewing device. [Prior Art] According to the 'previous application certificate number is M321799, the new name is: athlete action analysis equipment VIMPACT, this creation is the improvement of the former equipment, which is a specific instant motion inspection device, which has the carrying and receiving The disadvantage of inconvenience. [New content] Therefore, the creators have the above-mentioned shortcomings, collecting relevant information, and evaluating and considering the multi-party experience, and accumulating years of experience in the industry. A new patent for improved equipment. The main purpose of this creation is to use image processing technology to automatically capture the user's motion image, and to instantly correct and adjust the individual's motion posture and improve the learning efficiency through immediate and slow replay; for the teacher, by the teacher, The side analysis line is superimposed on the motion image, which can clearly let the students directly understand the posture deviation situation, and further correct the adjustment posture, making the teaching more professional and relaxed, and the learning effect is more remarkable. The second purpose of this creation is: this is a one-piece motion detection M374370 visual device, which is easy to carry, simple to operate, and has the functions of pause, inch-in, inch-back, graphic analysis, etc. It can also adjust the angle and shutter of the camera. And the resolution, and replay the action indefinitely, can be used as an animation. [Embodiment] The above-mentioned objects and effects are achieved, and the technical means and structure adopted by the present invention are described in detail in the preferred embodiment of the present creation, and the functions and functions are as follows. Please refer to the first, second, third, fourth, fifth and sixth figures for a three-dimensional appearance, block diagram and preferred embodiment of the creation. It is clear that the improved instant motion inspection device i of the athlete motion analysis device is composed of a main body 2, a cover 3 and a tripod 4; the main body has at least a group operation button 21 and a state The lamp 22 displays its operating state; the cover 3 has a one-piece large screen display 32 capable of presenting a dynamic icon, and a camera device 31 is located at the center of the display 32 to capture images of the user during movement; There is a circular pivot 5 between the body 2 and the cover 3, and the cover body 3 is opened and closed by the rotation thereof; the tripod 4 is placed behind the main body 2, and supports the stable standing of the motion inspection device when it is opened; the motion inspection device i When closed, the appearance is like a notebook computer, but the difference is that during the use process t, the cover body 3 must be upright and have a inverted γ subtype with the main body 2 and the stand 4 to maintain its body. Stable, screen display 32 and use M374370 .. body to keep parallel The main components include: (1) A main body 2 includes at least one operation button 21 and at least one bear light 22 for operating the motion inspection device and displaying its action state, and the operation button 21 can be activated. Various functions, such as pause in, in, out, and side motion images to understand the posture shift; (2) - cover 3, including the camera 31 and the display 32, for capturing external images and In view of the above, the photographing device 31 uses image processing technology to divide into at least four high-speed photographing systems according to different resolutions, and automatically captures the user's motion image, and the photographing device 3 can also be adjusted according to the needs of the user. The photographing angle and the shutter; (3) the tripod 4 is foldable and placed behind the main body for stabilizing and supporting the motion inspection device 1; (4) a pivot 5 for connecting the main body 2 and the cover Body 3, so that the two can be opened and closed by the way of rotation, and has a handle function after folding to facilitate extraction; (5) at least one analog IC: ADC (analog digital converter) 62, responsible for Shirt suit Converted into digital data; DAC (Digital Analog Converter) 63 is responsible for receiving digital image data into computer (VGA) or television (NTSC) 'displayable image signals; (6) - microprocessor 6, planning ADC (analog digital Converter 62 and DAC (digital analog conversion | §) 63 action, and accept user M374370 operation button, the next command to FPGA (field programmable logic gate array) 61 action; (7) - FPGA (field programmable Logic gate array) 6 丨 mainly engaged in wheat image transmission, overlap comparison, etc.; a. Image digital data stored in SDRAM (temporary memory) 71; b · Image data from SDRAM (temporary memory) 71 Send to DAC (digital analog converter) 63; convert to a computer or TV can display the signal; c. overlap the motion analysis line; d. remove the standard motion image from the flash (flash memory) 72, send to the DAC (digital Analog converter) (10) after display; (8) a flash (flash memory) 72, containing image data and can provide updated image data storage; (8) - display a 32, can be replayed slowly, display motion images for ViewTake the Nanlf ball as an example, you can use it to create a swing than the advantages and disadvantages of its swing posture. If you want to practice the swing, you will not be restricted by the environment. First, use the inspection device! Previously, the cover 3 of the motion inspection device 1 and the support stand 4 must be opened, and the angle of the camera is adjusted in advance according to the position where the user is standing, so that the shooting range of the photographing device 31 can be captured to the user. The whole body image is input by the operation button 21, and the operation status of the microprocessor 6 can be confirmed by the status lamp number 22. After the camera unit & is activated, the [S] 6 can be used to start the swing. The action causes the photographing device 31 to continuously capture the wobble image of the whole body during the swing motion; the captured image includes the limb angle, the ball take-off elevation angle, the swing speed, the moving distance, the ball flight distance, etc. to be used by the ADC (analog digital converter) 62 Converted to digital data and passed to FpGA (Field Programmable Logic Array) 61, the image digital data will be stored in SDRM (Scratch Memory) 71 via FPGA (Field Programmable Logic Gate Array) 61, and individuals can be established. The swing database is used for phase comparison before and after learning; then the image digital data is transmitted to the DAC (digital analog converter) 63, and the signal is displayed through the display 32. Replays or stops in a variety of different speeds to view the swing and combines with the drawing analysis tool to assist in analyzing the pose; the standard motion image stored in flash (72) is DAC (digital analog converter) 63 Convert to the display unit 32, and simultaneously play two swing images, and overlap with the standard action. The m system can be used to download data, update the system, and transfer files when connecting to the computer through the transmission line. Therefore, after the image captured by the photographing device 31 is compared with the standard motion image, the user can know the difference between the swing motion and the standard motion image, so as to achieve the purpose of learning, the viewing device 1 of the present creation In addition to being applicable to golf sports such as the above, and applicable to different M3743 70 sports such as basketball, bowling, tennis, billiards or taekwondo, the images and standard motion images that the athletes can use through the viewing device i After comparison, phase adjustment improves the lack of posture and improves the efficiency of learning. However, the above description is only a preferred and feasible embodiment of the present invention, and thus the scope of the patent of the creation is not limited, and other dynamic activities such as taekwondo, archery, baseball, etc. can use this creation to correct the action, so The use of the equivalent structure of this creation manual and the contents of the illustrations is directly or indirectly applied to other related technical fields, and all of them should be included in the scope of the spirit of this creation and be combined with Chen Ming. M374370 [Simple description of the diagram] The first picture is the three-dimensional appearance of the creation. The second picture is the three-dimensional appearance of the creation. The third picture is a block diagram of the creation. The fourth figure is a first embodiment of the preferred embodiment of the present creation. The fifth figure is a second embodiment of the preferred embodiment of the present creation. The sixth figure is a third embodiment of the preferred embodiment of the present creation. [Description of main components] 1 Motion inspection device 2 Main body 21 Operation button 22 Status light 3 Cover 31 Photo device 32 Display 4 Tripod 5 Pivot 6 Microprocessor 61 FPGA (Field programmable logic gate array) 62 ADC (analog digital converter) 63 DAC (digital analog converter) M374370 71 SDRAM (temporary memory) 72 flash (flash memory)