M240250 捌、新型說明： 【新型所屬之技術領域】 本創作係有關於一種具顯示幕及數據傳輸之腕力球，尤指一種用 於手腕徒轉運動及旋轉球體表面具有點陣組合、顯示的發光元件與數 據傳輸連接座之腕力球。 【先前技術】 按，腕力訓練器廣泛使用於腕力鍛鍊之場合，特別是針對個人手 腕肌肉之訓練或復健，則有顯著的運動及治療效果，如中華民國專利 第135058號新型專利案及美國專利第58〇〇311號案則分別顯示了有關 於以腕力旋轉運動為主的腕力訓練器，可藉由簡單的手腕運轉操作來 達到腕力訓練之目的。 然而，習知的腕力訓練器的結構相當簡單，在於使用時，僅靠腕 力驅動讓内部球體產生旋轉，即可產生離心力來對抗腕力，達到運動 的目的，使腕力訓練器的功能被嚴袼定位於運動器材，使用操作功能 單調而，無法再進一步吸納更多族群的消費者來購買使用，而不便於 腕力訓練器產品的普及化及推廣。 相關之專利技術文獻方面，如申請人前向鈞局申請核准在案之 本國專利公報第552982號「具顯示幕之腕力訓練器」及美國發明專利 第6623405號案’即已揭露在旋轉球體表面增設有顯示幕顯示功能。 【新型内容】 緣此，本創作之主要目的，即是在提供一種具顯示幕及數據傳輸 之腕力球’具有若干個發光元件設在旋轉球齡面，可以讓腕力球表 面具有發光顯示功能。 本創作之再一目的即是在於提供一種具顯示幕及數據傳輸之腕力 球，包括有一電源裝置及控制電路埋設在旋轉球體内，以可程式控制 ^發光元件的點、滅，以讓各發光元件可以組成如同點陣的圖形、文 予的顯示幕顯示功能。 5 M240250 本創作之又-目_是錄餘-種·轉及數據傳輪之腕力 球’該旋轉球體_設-傳輸裝置，該傳輸裝置與控連結，且傳 輸裝置連結-連結座於旋轉球體表面，以藉由—傳輸兩端分別連 結連結座及電腦，靖電射預先編輯完狀發光元個示控制程式 及數據資料傳輸至控制電路中儲存及應用。 為達上述之目的，本創作具顯示幕及數據傳輸之腕力球，包含一 上殼體、下殼體、旋轉球體、電源裝置、控制電路、若干發光元件、 一傳輸裝置及傳輸電纔，其中，旋轉球體藉由一軸固定於上殼體與下 殼體之間；電源裝置、控制電路及傳輸裝置埋設於旋轉球體内；發光 元件結合於旋轉球體表面，發光元件並受控制電路之點、滅控制及由 電源裝置提供電源，藉由控制電路對各發光元件作點陣之點、滅控制， 於旋轉球體靜止或被外力驅動旋轉時，使各發光元件共同產生點陣文 子圖案之靜態或動態顯示，以及，傳輸裝置連結該控制電路，且傳 輸裝置具有一連接座且設於旋轉球體表面，傳輸電纜兩端分別連結連 接座及電腦間，使電腦傳輸該發光元件點滅控制程式及數據資料給控 制電路儲存及應用，藉以達到使腕力球具有點陣顯示幕顯示及發光元 件點滅程式與數據資料傳輸之功效。 【實施方式】 首先請參閱第一圖〜第三圖所示，本創作具顯示幕及數據傳輸之 腕力球100，係包含一上殼體10、下殼體20、旋轉球體30、若干發光 元件40、電源裝置50、控制電路60、傳輸裝置70及一傳輸電繅80， 其中，上殼體10及下殼體20為中空球半球體，且上殼體10及下殼體 20相互結合，在上殼體10頂部開設有一開口 11，且於下殼體2〇内置 有一環21，該環21設有兩孔211及212，該孔211週緣形成有一組合 部 211A。 而旋轉球體30則於兩側各設有一轴31，兩軸31分別插入上述下 殼體20之環21之孔211及212，使旋轉球體30固定於上殼體1〇與下 殼體20間，並使該旋轉球體30可以沿著軸31為中心轴向作旋轉。該 6 M240250 旋轉球體30表面至少繞設有一溝32，可供一繩索321經由開口 η纏 繞於溝32中，經由繩索321的向外施力牵引及繩索321與旋轉球體30 間的表面磨擦力，而讓旋轉球體30產生初始旋轉，而上述的溝32之 結構與繩索321之操作，僅便於表達本創作中之旋轉球體30的初始啟 動旋轉方法之一，但並非是用來限制本創作的旋轉球體30的結構，舉 凡是其他足以用來驅動旋轉球體30旋轉的結構，均應包含在本創作旋 轉球體30結構之範疇。 發光元件40是埋設於旋轉球體30的表面，發光元件40的型態不 限，在本創作中是以發光二極體為例，其他以電力為驅動的等效發光 組件也不脫本創作之範疇，各發光元件4〇可以自由排列成固定的圖形 或文字，也可以如同本創作所列舉的實施例，排列成至少一列或一行 的組合來當作圖形或文字點陣式的顯示幕。 電源裝置50及控制電路60均埋設於旋轉球體30内，用來提供發 光元件40點、滅所需之電源及控制電路6〇所需之電源，電源裝置5〇 的型態不限，在本創作第一實施例是以一永久磁鐵51、至少一線圈52 及一整流穩壓電路53組成的小型直流發電機為例，其中，永久磁鐵51 結合在環21之組合部211A上，為一固定不動的磁力元件；而線圈52 及整流電路53埋設在旋轉球體3〇中正對永久磁鐵51的位置，而讓線 圈52隨著旋轉球體30在轉動時切割永久磁鐵51發出的磁力線，進而 使線圈52產生交流感應電動勢，經由整流穩壓電路幻整流及穩壓處 理後，形成穩定的直流工作電源提供給各發光元件4〇及控制電路6〇。 控制電路60用來控制各發光元件4〇的點、滅，且控制電路6〇的 型態不拘，在本創作中是以一微處理器61與選擇開關62所組成的可 程式點、滅控制線路為例(如第三圖所示），該微處理器61内預先燒錄 有至少一種之發光元件4〇的點、控制程式，且微處理器61具有一輸 入接腳611 ’用來連結選擇開關62，以供選擇開關幻每壓按一次即切 微處理n 61内部所預先儲存的發光元件4G之點、滅 控制程式’而微處理器61具有若干個輸出接腳612，以分別連結至各 7 發光=件40，當輸出接腳犯被設定成低電位時，則發光元件4〇可以 被點亮，反之，如輸出接腳612為高電位時，則發光元件40則熄滅， 而藉由控魏路60對發光元件4G的可喊點、滅㈣魏，使各個 發光元件40藉由共同點、滅或不同位置的發光元件40點、滅來形成 不同的點陣圖形或文字之顯示。 傳輸裝置70係埋設於旋轉球體30内，該傳輸裝置70包括一傳輸 及-連接座72(如第三圖所示)，該傳輸介面電路71連結於 控制電路60之微處理器61與連接座72之間，該傳輸介面電路71之 型式不限，在本創作之第一實施例中所揭示之型態為USB傳輸介面電 路，而該連接座72為迷你USB連接插座，藉以形成微處理器61對外 之資料傳輸連結管道。上述之連接座72埋設於旋轉球體3〇之表面。 傳輸電缏80兩端分別設有一連接插頭81及82，該連接插頭81及 82型式不限，是隨著傳輸介面電路71及連接座72之型式而定，如在 本創作第一實施例中，該連接插頭81及82分別為迷你USB連接插頭 及USB連接插頭，而令連接插頭81於旋轉球體3〇靜止時或旋轉球體 3〇在生產線尚未與上殼體10與下殼體2〇組裝前(如第二圖所示)，透過 上殼體10之開口 11連接至上述之連接座72，或直接連結至旋轉球體 30表面的連接座72上;連接插頭82連接至一電腦200之USB埠210(如 第二圖及第三圖所示），以透過電腦2〇〇將控制該發光元件4〇點滅之控 制程式及數據資料傳輸至傳輸裝置7〇之傳輸介面電路71，透過傳輸介 面電路71再傳輸給微處理器61進行儲存及應用。 上述之傳輸裝置70在旋轉球體30靜止時將發光元件40點滅控制 之程式及數據傳輸給微處理器61之過程中，該微處理器61之工作電 源可經由電腦200的USB埠210之電源來提供，使微處理器61可作正 常之運作。 請再配合第四圖及第五圖所示，為本創作之腕力球1〇〇的第二實 施例，其中，該電源裝置50以一直流電池54及開關55來構成，開關 55可裝設於旋轉球體30週圍任意位置，用來控制直流電池54之電源 f入或切斷’讓控制電路6G在旋轉球體3G靜止狀態下，進行靜態的 圖形或文字之顯示。 上述第二實施例中，該傳輸裝置7〇之傳輸介面電路71為RS232 丄面電路，且該連接座72’為RS232連接座，該傳輸電纜8〇兩端之連 、插頭81及82’均為RS232連接器，以藉由該連接插頭81，及82，分別 連接至連接座72’及電腦綱之RS232插座22〇上而讓電腦⑽透過 RS232介面傳輸控制電路6〇之微處理器61所需的發光元件點滅控 制程式及數據龍，且在該控制料及數據資料傳送聰巾，該微處 理器61所需之電源可由電源裝置50中之直流電池54來提供。另外， 在下殼體2G的底聽合有_電子式雜器9()，可以躲雜及顯示旋 ^球體30在_時之雛，但電子辦健％的電齡、献獨立的， 可藉由内建之直流電池提供電源(圖細示），與上述的電雜置5〇無 關。 •請再參閱第六圖及第七圖所示，是本創作的腕力球1〇〇在於腕力 訓練操作時的兩個應用例，其中，第六圖是表示該旋轉球體3()旋轉， 而各發光元件40由控制電路60的可程式點、滅控制，及配合旋轉球 體30在旋轉時，因旋轉球體3〇轉速所產生的晝面快速切換而使人眼 產生數秒的視覺㈣現象，讓各發光元件⑼構成多行多列的圖形點陣 ”、、員示幕及1生動態的點陣圖形顯示效果，而此顯示效果可以透過開口 11(如第六圖)或者是利用上殼體10及下殼體2〇4透明#色之殼體達成 對外顯示；同理，第七圖則是在旋轉球體30旋轉時，各發光元件40 構成水平鱗文字·幕及產生如脉平向左或向右絲的點陣文字 循環顯示效果。 上述第六圖及第七圖所示本創作腕力球100中之發光元件40配合 旋轉球體30旋轉時所產生之點陣圖形、文字或捲軸之效果，均可藉由 上述之傳輸裝置70與傳輸電親80分別與控制電路60之微處理器61 及電腦200之連結，在旋轉球體3〇靜止之狀態下，而獲得相關的發光 元件40控制程式及數據資料連結，可使該微處理器61控制發光元件 M240250 4〇所產生之圖形、文字或捲轴效果更多元化及隨時可藉由電腦20〇編 輯、傳輸更新。 以上第一圖〜第七圖所示本創作之腕力球1〇〇，其創作精神是在以 最簡捷的結構及線路成本，來達成腕力球在進行腕力訓練的同時，可 以增加靜態或動態圖形、文字的顯示功效，並且，可藉由與電腦200 之連結傳輸，來隨意編輯、傳輸更新該靜態或動態圖形、文字的顯示 型態’誠為一極具產業利用價值的絕佳創作。 上述第一圖〜第七圖所示本創作具顯示幕及數據傳輸之腕力球， 其中所揭露之相關說明及圖示，係僅為便於闡明其創作技術内容及技 術手段，所揭示之較佳實施例之一隅，並非用以拘限其範疇。並且， 舉凡一切針對本創作之結構細部修飾、變更及元件之等效替代者，當 不脫離其創作精神及範疇，其範圍將由以下申請專利範圍來界定之。 【圖式簡單說明】 第一圖係本創作第一實施例之立體外觀結構圖； 第二圖為第一圖之立體分解結構圖； 第三圖為本創作之電路方塊圖； 第四圖為本創作之第二實施例圖； 第五圖為第四圖之立體分解結構圖； 第六圖為-俯視圖’顯示本創作的旋轉球體表面之發光元件產生 動態圖形顯示之應用例； 【元件符號簡單說明】 100腕力球 10 上殼體 11 聞口 ^ ΖΌ 下殼體 21 環 211 孔 211A組合部 212 孔 30 旋轉球體 31 抽 第七圖為-俯視圖’顯示本創作的旋轉球體表面之發光元件產生 循環文字顯示之另一應用例； 10 M240250 32 溝 321 繩索 40 發光元件 50 電源裝置 51 永久磁鐵 52 線圈 53 整流穩壓電路 54 電池 55 開關 60 控制電路 61 微處理器 611 輸入接腳 612 輸出接腳 62 選擇開關 70 傳輸裝置 71 傳輸介面電路 72 連接座 72， 連接座 80 傳輸電規 81 連接插頭 82 連接插頭 81， 連接插頭 82， 連接插頭 90 電子計數器 200 電腦 210 USB埠 220 RS232插座M240250 新型 Description of the new type: [Technical field to which the new type belongs] This creation relates to a wrist ball with a display screen and data transmission, especially a light emitting device used for wrist movement and rotation of the ball surface with dot matrix combination and display. A wrist ball for the component and data transmission connector. [Previous technology] According to the press, the wrist strength training device is widely used in the field of wrist strength training, especially for personal wrist muscle training or rehabilitation, it has significant sports and treatment effects, such as the Republic of China Patent No. 135058 new patent case and the United States Patent No. 580011 separately shows that the wrist strength training device mainly based on the wrist rotation movement can achieve the purpose of wrist strength training through simple wrist operation. However, the structure of the conventional wrist trainer is quite simple. In use, only the wrist force drives the internal sphere to rotate, and the centrifugal force can be generated to counteract the wrist force. The purpose of exercise is achieved, and the function of the wrist trainer is strictly positioned. For sports equipment, the use of monotonous operating functions can no longer attract more ethnic consumers to purchase and use, which is not convenient for the popularization and promotion of wrist training products. In terms of related patents and technical documents, if the applicant applied to the Jun Bureau for approval of the national patent gazette No. 552982 "Wrist strength training device with display screen" and the US invention patent No. 6623405, it has been disclosed to add on the surface of the rotating sphere. With display screen display function. [New content] For this reason, the main purpose of this creation is to provide a wrist ball with a display screen and data transmission. It has several light-emitting elements set on the rotating ball age surface, which can make the wrist ball surface have a light-emitting display function. Another purpose of this creation is to provide a wrist ball with a display screen and data transmission, which includes a power supply device and a control circuit embedded in the rotating ball body to control the point and out of the light-emitting elements programmatically so that each light Components can be composed of dot matrix graphics and Wenyu display screen display functions. 5 M240250 The creation of this creation-mesh_ is a wrist ball for recording surplus-kinds and data transmission wheels. The rotating sphere_set-transmission device, the transmission device is connected to the control, and the transmission device is connected-connected to the rotating sphere. On the surface, by connecting the connection base and the computer at both ends of the transmission, Jingdian Radio has previously edited the light emitting element display control program and data data to the control circuit for storage and application. In order to achieve the above-mentioned purpose, this creation has a display screen and a wrist ball for data transmission, including an upper case, a lower case, a rotating sphere, a power supply device, a control circuit, a plurality of light-emitting elements, a transmission device, and a power transmission device. The rotating sphere is fixed between the upper casing and the lower casing by a shaft; the power supply device, the control circuit and the transmission device are embedded in the rotating sphere; the light-emitting element is combined on the surface of the rotating sphere, and the light-emitting element is controlled by the control circuit. Control and power supply from the power supply device. Dot matrix dot control of each light emitting element through the control circuit. When the rotating sphere is stationary or driven by external force, each light emitting element will generate static or dynamic dot matrix pattern. Display, and the transmission device is connected to the control circuit, and the transmission device has a connection base and is arranged on the surface of the rotating sphere, and the two ends of the transmission cable are respectively connected to the connection base and the computer, so that the computer transmits the light-emitting element on-off control program and data Store and apply to the control circuit, so that the wrist ball has a dot matrix display screen display and light emitting elements Destroy the effectiveness of the program and data transmission. [Embodiment] First, please refer to the first to third figures. The wristband 100 with a display screen and data transmission of this creative device includes an upper case 10, a lower case 20, a rotating sphere 30, and a plurality of light emitting elements. 40. A power supply device 50, a control circuit 60, a transmission device 70, and a transmission power unit 80, wherein the upper case 10 and the lower case 20 are hollow spherical hemispheres, and the upper case 10 and the lower case 20 are combined with each other. An opening 11 is opened on the top of the upper casing 10, and a ring 21 is built in the lower casing 20. The ring 21 is provided with two holes 211 and 212, and a combination portion 211A is formed on the periphery of the hole 211. The rotating sphere 30 is provided with a shaft 31 on each side, and the two shafts 31 are respectively inserted into the holes 211 and 212 of the ring 21 of the lower casing 20 to fix the rotating sphere 30 between the upper casing 10 and the lower casing 20. And the rotating sphere 30 can be rotated axially along the axis 31 as the center. At least one groove 32 is wound around the surface of the 6 M240250 rotating sphere 30, so that a rope 321 can be wound in the groove 32 through the opening η, pulled outward by the force of the rope 321, and the surface friction between the rope 321 and the rotating sphere 30. Let the rotating sphere 30 generate an initial rotation, and the above-mentioned structure of the groove 32 and the operation of the rope 321 are only convenient for expressing one of the initial starting rotation methods of the rotating sphere 30 in this creation, but it is not used to limit the rotation of this creation The structure of the sphere 30, for example, any other structure sufficient to drive the rotation of the rotating sphere 30, should be included in the scope of the structure of the rotating sphere 30 of this creation. The light-emitting element 40 is embedded on the surface of the rotating sphere 30. The type of the light-emitting element 40 is not limited. In this creation, a light-emitting diode is used as an example. Other equivalent light-emitting components driven by electricity are not deviated from this creation. In terms of categories, each light-emitting element 40 can be freely arranged into a fixed figure or text, or can be arranged in a combination of at least one column or row as a graphic or text dot matrix display screen as in the embodiment listed in this creation. The power supply device 50 and the control circuit 60 are embedded in the rotating sphere 30, and are used to provide the power required for the 40-point light-emitting element and the power required for the control circuit 60. The type of the power supply device 50 is not limited. The first embodiment of the creation is a small DC generator composed of a permanent magnet 51, at least one coil 52, and a rectification and stabilization circuit 53 as an example. The permanent magnet 51 is combined with the combination part 211A of the ring 21 as a fixed The stationary magnetic element; the coil 52 and the rectifying circuit 53 are embedded in the position of the rotating sphere 30 facing the permanent magnet 51, and the coil 52 cuts the magnetic lines of force emitted by the permanent magnet 51 as the rotating sphere 30 rotates, so that the coil 52 After the AC induction electromotive force is generated, after the rectification and voltage stabilization circuit performs magic rectification and voltage stabilization processing, a stable DC working power is formed and provided to each light-emitting element 40 and the control circuit 60. The control circuit 60 is used to control the point on and off of each light emitting element 40, and the type of the control circuit 60 is not limited. In this creation, a programmable point and off control composed of a microprocessor 61 and a selection switch 62 is used. As an example (as shown in the third figure), the microprocessor 61 is pre-programmed with at least one kind of light-emitting element 40 points and control programs, and the microprocessor 61 has an input pin 611 'for connection. The selection switch 62 is used for selecting the switch. Each time it is pressed, the micro-processing is performed. The point 61 and the control program of the light-emitting element 4G stored in the internal 61 are turned off. The microprocessor 61 has a plurality of output pins 612 to be connected respectively. To each 7 light-emitting = piece 40, when the output pin is set to a low potential, the light-emitting element 40 can be lit, otherwise, if the output pin 612 is high, the light-emitting element 40 is turned off, and By controlling the roarable points of the light-emitting element 4G and controlling the light-emitting element 60 on Wei Road 60, each light-emitting element 40 can form different dot matrix patterns or characters by having the light-emitting element 40 in common or in common or in different positions. display. The transmission device 70 is embedded in the rotating sphere 30. The transmission device 70 includes a transmission and connection base 72 (as shown in the third figure). The transmission interface circuit 71 is connected to the microprocessor 61 and the connection base of the control circuit 60. Between 72, the type of the transmission interface circuit 71 is not limited. The type disclosed in the first embodiment of this creation is a USB transmission interface circuit, and the connector 72 is a mini USB connection socket to form a microprocessor. 61 External data transmission link channels. The above-mentioned connecting seat 72 is buried on the surface of the rotating sphere 30. A connection plug 81 and 82 are respectively provided at both ends of the transmission cable 80. The connection plugs 81 and 82 are not limited in type, and are determined by the types of the transmission interface circuit 71 and the connection base 72, as in the first embodiment of the present invention. The connection plugs 81 and 82 are a mini USB connection plug and a USB connection plug, respectively, so that the connection plug 81 is not assembled with the upper case 10 and the lower case 20 when the rotating ball 30 is stationary or the rotating ball 30 is not yet assembled on the production line. Front (as shown in the second picture), through the opening 11 of the upper casing 10 to the above-mentioned connection seat 72, or directly to the connection seat 72 on the surface of the rotating ball 30; the connection plug 82 is connected to a USB of a computer 200 Port 210 (as shown in the second and third figures) is used to transmit the control program and data for controlling the light-emitting element 40 to the transmission interface circuit 71 of the transmission device 70 through the computer 200, and transmit The interface circuit 71 is then transmitted to the microprocessor 61 for storage and application. In the process in which the transmission device 70 transmits the program and data for controlling the light-emitting element 40 on and off to the microprocessor 61 when the rotating sphere 30 is stationary, the working power of the microprocessor 61 can be supplied by the power of the USB port 210 of the computer 200 To provide the microprocessor 61 for normal operation. Please cooperate with the fourth and fifth figures as shown in the second embodiment of the wristband 100 of this creation. The power supply device 50 is composed of a DC battery 54 and a switch 55. The switch 55 can be installed. At any position around the rotating sphere 30, it is used to control the power f of the DC battery 54 to be turned on or off, and let the control circuit 6G display static graphics or text when the rotating sphere 3G is stationary. In the above second embodiment, the transmission interface circuit 71 of the transmission device 70 is an RS232 surface circuit, and the connection base 72 'is an RS232 connection base. The connection at both ends of the transmission cable 80, the plugs 81 and 82' are both It is an RS232 connector, through which the connecting plugs 81 and 82 are connected to the connector 72 'and the RS232 socket 22 of the computer platform, respectively, so that the computer 传输 transmits the control circuit 60 to the microprocessor 61 through the RS232 interface. The required light-emitting element is used to turn off the control program and data dragon, and the control material and data are transmitted to the controller. The power required by the microprocessor 61 can be provided by the DC battery 54 in the power supply device 50. In addition, the bottom of the lower case 2G is equipped with _ electronic hybrid device 9 (), which can hide and show the spinner 30 when the ball is young, but the electronic health %% of the electronic age, independent, can be borrowed Power is provided by the built-in DC battery (shown in detail in the figure), which has nothing to do with the above-mentioned electric miscellaneous 50. • Please refer to Figures 6 and 7 again. These are two application examples of the wrist ball 100 created during the wrist training operation. The sixth figure shows the rotation of the rotating sphere 3 (), and Each light-emitting element 40 is controlled by the programmable point of the control circuit 60, and when the rotating sphere 30 is rotated, the daytime surface due to the rotation speed of the rotating sphere 30 is caused to cause the human eye to see vision for several seconds. Each light-emitting element ⑼ forms a multi-row and multi-row graphic dot matrix ", a staff display, and a dynamic dot matrix graphic display effect, and this display effect can be transmitted through the opening 11 (such as the sixth figure) or by using the upper case 10 and the lower case 204, the transparent #colored case achieves external display; similarly, the seventh picture shows that when the rotating sphere 30 rotates, each light-emitting element 40 forms a horizontal scale text and screen and produces a pulse level to the left Or the dot-matrix text looped to the right to show the effect. The effect of the dot pattern, text or scroll generated when the light-emitting element 40 in the creative wrist ball 100 and the rotating sphere 30 rotate as shown in the sixth and seventh figures above. Can be installed by the above transmission The connection 70 and the transmission power 80 are respectively connected to the microprocessor 61 and the computer 200 of the control circuit 60. When the rotating sphere 30 is stationary, the relevant light-emitting element 40 control program and data connection are obtained, which can make the connection The graphics, text, or scroll effects produced by the microprocessor 61 controlling the light-emitting element M240250 4〇 are more diversified and can be edited and transferred by the computer 20 at any time. Wristball 100, its creative spirit is to achieve the wrist strength training with the simplest structure and circuit cost, while the wrist strength training can increase static or dynamic graphics, text display effect, and can be used with the computer 200 link transmission, to freely edit, transmit and update the static or dynamic graphics and text display type 'Sincerely an excellent creation with great industrial use value. This creative tool display shown in the first to seventh pictures above Screen and data transmission wrist ball, the related descriptions and diagrams disclosed therein are only for the convenience of clarifying its creative technical content and technical means, one of the preferred embodiments disclosed隅, is not intended to limit its scope. And, for all the equivalent substitutes for the structural details, modifications and components of this creation, without departing from its creative spirit and scope, its scope will be defined by the scope of the following patent applications [Brief description of the drawings] The first diagram is a three-dimensional appearance structure diagram of the first embodiment of this creation; the second diagram is a three-dimensional exploded structure diagram of the first diagram; the third diagram is a circuit block diagram of the creation; the fourth diagram This is the second embodiment of this creation; the fifth is the three-dimensional exploded structure view of the fourth; the sixth is-the top view 'shows an example of the application of the dynamic sphere display of the light-emitting elements on the rotating sphere surface of this creation; Simple explanation of symbols] 100 wrist ball 10 upper shell 11 smell mouth ^ Ό lower shell 21 ring 211 hole 211A combination section 212 hole 30 rotating sphere 31 drawing the seventh picture is-the top view 'shows the light-emitting element on the surface of the rotating sphere of this creation Another application example that produces cyclic text display; 10 M240250 32 groove 321 rope 40 light emitting element 50 power supply device 51 permanent magnet 52 coil 53 rectification and voltage stabilization Circuit 54 Battery 55 Switch 60 Control circuit 61 Microprocessor 611 Input pin 612 Output pin 62 Selector switch 70 Transmission device 71 Transmission interface circuit 72 Connection base 72, Connection base 80 Transmission electrical code 81 Connection plug 82 Connection plug 81, Connection Plug 82, connecting plug 90 electronic counter 200 computer 210 USB port 220 RS232 socket
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