201000040 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種鞋子，特別是指—種具有射頻辨 識器之鞋子。 【先前技術】 中華民國專利申請第96214346號揭露_種具有射頻辨 ‘ 冑標籤之鞋子’其特徵在於絲子上时-射頻辨識標藏 ❹ （RFID)，當使用者穿著該鞋子並踩踏設置在地面的一讀取 器（Reader)時，該讀取器就能讀取該射頻辨識標籤中的使 用者資料，進而產生回應訊息或對應動作，藉此能應用於 大眾運輸票務系統、門禁系統中。 然而，從上述專利呈現的技術旨趣可知，由於使用者 一定要將該鞋子踩踏在該讀取器上才能進行讀取工作，因 此該射頻辨識標籤顯然是一種被動式的射頻辨識標籤且 沒有内建電池等獨立供電元件，該被動式的射頻辨識標藏 Φ 缺點在於不能遠距離地傳輸射頻訊號、無法「主動地」將 目前狀態透過射頻訊號對外傳送，此外，上述專利也缺乏 針對該鞋子運動狀態的偵測與紀錄，無法進一步對運動情 形、運動效果做出判斷與評估。 【發明内容】 因此，本發明的目的，是在於提供一種採用主動式的 射頻辨識器，可主動進行遠距傳輸，並能偵測運動狀態， 以及將運動狀態紀錄的具有運動狀態記錄之鞋子。 於是，本發明具有運動狀態記錄之鞋子包含一鞋體、 201000040 . —加速度錢元件，及—主動式的射賴識器。 • #加速度感應元件是設置於該鞋體，並可輸出至少一 隨著該鞋體之加速度變化的檢知信號。 該主動式的射頻辨識器是設置於該鞋體，並包括彼此 電連接的工作單疋、—傳輸單元，及_具有—供電元件 ㈣電單元；該工作單元是電連接於該加速度感應元件， ' ㈣存有—可與該鞋體對應的識別資料，及-對應於該檢 〇 >信號變化的狀態資料；該傳輸單元可接收及主動對該辨 識系統發出-射頻訊號，該射頻訊號含有該識別資料與該 狀態資料；該供電元件完全提供上述各單元的電力需求。 本發月的有益效果在於：由於該主動式的射頻辨識器 的射頻訊號能符合遠距傳輸的技術要求，並能透過該加速 度感應元偵測該鞋體的運動狀態，以及主動地將目前運動 狀態紀錄、透過該射頻訊號將目前狀態對外傳送，因此該 ㈣很適合賴在運動鞋、消防m防水鞋、登 ❹ &鞋等’進而能達到對運動、位移情形，及運動效果做： 判斷與評估的使用效果。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之較佳實施例的詳細說明中，將可清楚 的呈現。 如團 厶 r/τ 个设听具有運動狀態記錄之鞋子2〇(] 的較佳實施例是配合-辨識系統_使用，該_系統慨 包含-控制裝i 91及多數讀取器92，該控制裝置91可採 201000040 用手提電腦'行動電話等，並包括—顯示器9ιι及一提供使 用者操作使用的操作介面912，該鞋子2〇〇包含一鞋體ι〇 、-加速度感應元件20，及一主動式的射頻辨識器 該鞋體10包括-鞋底u及―連接於該鞋底u的鞋面 12 ° 該加速度感應元件20是設置於該鞋底u，並可輸出三 個隨著該輕體10之加速度變化的檢知信號Vx、Vy、Vz， 该等檢知信號Vx、Vy、Vz是分別隨著—水平的χ方向、一 水平的Υ方向，及-垂直的Ζ方向運動而變化，該χ、γ 、Ζ方向是彼此正交。 遠射頻辨識H 30是設置於該鞋纟U並位於鞋跟處，該 射頻辨識器3G包括彼此電連接的—工作單元31、―傳輸單 70 32、一提示單元33，及一供電單元3^ ❹ :該工作單70 31内建有一記憶體（圖未示），該記憶體 儲存有-可與該鞋體1〇對應的識別資料扣，及一對庫於 該檢知信號變化的狀態資料312，實際應用時，該識別資料 :也可以是對應使用者身份、職稱、工作單位的識別資料 該工作單元3 1是综合該等檢知信號Vx、w得出— $速度值，且每單位時間内的加速度值是紀錄於該狀態資 二 中11亥工作單元3 1是以對應於該Z方向的檢知信號 VZ判斷該鞋體1〇在離地與落地之間的時間，並配合每—次 ，速度值而得出該鞋體1〇的移動距離與步數，還可以進— 步广算出使用者的消耗多少熱量，該工作單元31也能藉由 胃號Vx> Vy、Vz來判斷該鞋體1()在使用中或靜 7 201000040 置狀態。 . #該加速度感應元件2G輸出任—撿知信號Vx、Vy、 %時’該卫作單元31能被觸發而運作，並依據任一檢知^言 號VX、VY、Vz消失到達一預定時間後停止運作，進入休眠 狀態’藉以達到節省耗電的使用效果，該傳輸單S 32是在 該工作單元31運作時以—密集性頻率接㈣發出該射頻訊 號’並在該1作單元31停止運作時以—相較於該密集性頻 〇 轉低的間歇性頻率接收與發出該㈣職，藉以同樣達 到節省耗電的功效。 該傳輸單元32可接收及主動對該辨識系統_發出_ 射頻訊號’該射頻訊號是在2.4GHz以上的頻率範圍進行傳 輸，傳輸功率為lmW以上並含有該識別資料3i卜與該狀能 資料312。 〜 該提示單元33可以在該傳輸單元32接收到一具有提 示命令的射頻訊號時，對應該射頻訊號輸出一提示訊號， 參 而該具有提示命令的射頻訊號通常是由該辨識系統9〇〇發 出，藉由該提示訊號提醒使用者有特定狀況發生，實際應 用時，也可以由另一個相同功能的鞋子2〇〇發出該具有提 示命令的射頻訊號。 該提示單元33具有一發聲元件331，及一振動元件 332，該提示訊號可以採用該發聲元件331發出的一聲音訊 號，也可以採用該振動元件332產生的一有感振動，或者 聲音與振動兩者同時輸出，藉以達到提醒使用者的功效。 該供電單元34具有-供電元件⑷及_充電介面地 8 201000040 ❹ Ο ，該供電元件341在本實施例中是採用—電連接於該充電 介面342的蓄電池’並可以完全提供上述各單元的電力需 求’實際應用時該供電元件341也可以採用可以抽換的乾 電池使用，當純粹使用乾電池作供電時，則不需要再設計 該充電介面342，而本實施例中該充電介面342是採用具有 -感應線圈343的感應式充電介面’該鞋底u #有一對應 於該感應線圈343的插接孔UI，藉由感應式充電介面的方 式可以達到較佳的防水抗震使用效果，實際應用時，該充 電介面342是採用通用序列匯流排介面（。 本發明具有運動狀態記錄之鞋子扇在使用時，透過 該傳輸單元32持續地與該等讀取器92相互聯繫，就可以 達到判斷運動狀態、位移狀態、人員追縱、定位、人身安 全管理的使用效果，另外透過該提示單元33所輸出的提: 訊號’可以❹m範纽'提醒U者運動或休息的使用 功效，當多數鞋子雇使用時，也可以經由彼此的傳輸單 π 32作聯繫，並配合該提錢號的提醒，以相避免隊友 走失、防範意外的使用^，例如在一消防隊中，當每個 隊員都穿上一雙具有運動狀態記錄之鞋子2〇〇時，各個工 料元31都能接收來自隊友的射頻訊號，並依據該射頻訊 號中的使用狀態，配合該提示訊號的變化來判斷隊友狀離 是否在移動中、停滯不動或失聯，進而達到團體合作互 照應的使用效果，此外配合® 3所示，當有部分隊友㈣ 辨識系統_的距離超出傳輸範圍時，超出傳輪範圍的射 頻辨識器30(3)能透過在該辨識系統_傳輪範圍内的其 9201000040 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD The present invention relates to a shoe, and more particularly to a shoe having a radio frequency identification device. [Prior Art] The Republic of China Patent Application No. 96,214,346 discloses a shoe having a radio frequency identification "胄" which is characterized by a radio frequency identification tag (RFID) when the user wears the shoe and is stepped on the shoe. When a reader is on the ground, the reader can read the user data in the RFID tag, thereby generating a response message or a corresponding action, thereby being applicable to the mass transit ticket system and the access control system. . However, from the technical object presented in the above patent, since the user must step on the reader on the reader to perform the reading work, the RFID tag is obviously a passive RFID tag and has no built-in battery. The independent RF power supply component, the passive RF identification standard Φ has the disadvantage that the RF signal cannot be transmitted from a long distance, and the current state cannot be actively transmitted through the RF signal. Moreover, the above patent lacks the detection of the sport state of the shoe. With the measurement and record, it is impossible to further judge and evaluate the exercise situation and exercise effect. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a shoe having an active radio frequency identifier that can actively perform long-distance transmission and can detect motion status and record motion status. Thus, the shoe of the present invention having a motion state record includes a shoe body, 201000040. - an acceleration money component, and an active hair detector. • The #acceleration sensing element is disposed on the shoe body and can output at least one detection signal that varies with the acceleration of the shoe body. The active RFID reader is disposed on the shoe body and includes a work unit, a transmission unit, and a power supply component (four) electrical unit electrically connected to each other; the working unit is electrically connected to the acceleration sensing component, ' (4) There is - identification data corresponding to the shoe body, and - status data corresponding to the change of the check signal; the transmission unit can receive and actively send an RF signal to the identification system, the RF signal contains The identification data and the status data; the power supply component completely provides power requirements of the above units. The beneficial effect of the present month is that the RF signal of the active RFID recognizer can meet the technical requirements of remote transmission, and can detect the motion state of the shoe body through the acceleration sensor element, and actively move the current motion. The status record, through the RF signal to the current state of the external transmission, so (4) is very suitable for sports shoes, fire m waterproof shoes, Deng Yu & shoes, etc., and then can achieve the movement, displacement, and exercise effects: And the effect of the evaluation. The above and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments of the invention. For example, the preferred embodiment of the shoe 厶r/τ for the shoe having the motion state record is a mate-identification system _, the system includes a control device 91 and a plurality of readers 92, The control device 91 can take a 201000040 mobile computer 'mobile phone, etc., and includes a display 9 ιι and an operation interface 912 for user operation, the shoe 2 〇〇 includes a shoe body ι〇, an acceleration sensing element 20, and An active RFID reader The shoe body 10 includes a sole u and an upper 12° connected to the sole u. The acceleration sensing element 20 is disposed on the sole u and can output three with the light body 10 The detection signals Vx, Vy, and Vz of the acceleration change are changed in accordance with the horizontal direction of the horizontal direction, the horizontal direction of the horizontal direction, and the vertical direction of the vertical direction. The χ, γ, and Ζ directions are orthogonal to each other. The far-radio identification H 30 is disposed at the shoe last U and located at the heel, and the radio frequency identifier 3G includes a working unit 31, a transmission unit 70 32, a prompting unit 33, and a power supply unit 3^ ❹: the work 70 31 has a built-in memory (not shown), and the memory stores an identification data buckle corresponding to the shoe body 1,, and a pair of state data 312 stored in the detection signal change, in actual application The identification data: may also be the identification information corresponding to the user identity, job title, and work unit. The working unit 31 is integrated with the detection signals Vx, w to obtain a velocity value, and the acceleration value per unit time. It is recorded in the state of the second fund 11 Hai working unit 3 1 is based on the detection signal VZ corresponding to the Z direction to determine the time between the shoe body 1 离 between the ground and the ground, and with each time, the speed value The movement distance and the number of steps of the shoe body 1 are obtained, and the amount of heat consumed by the user can be further calculated. The work unit 31 can also judge the shoe body 1 by the stomach number Vx > Vy, Vz. () In use or static 7 201000040 set state. . # The acceleration sensing element 2G outputs any - know the signal Vx, Vy, % when the guard unit 31 can be triggered to operate, and according to any detection ^ When the words VX, VY, and Vz disappear, they stop working after a predetermined period of time. The dormant state is used to achieve the effect of saving power consumption. The transmission sequence S 32 is to transmit the radio frequency signal by the dense frequency (4) when the working unit 31 operates, and to use the phase signal when the unit 31 stops operating. Compared with the intermittent frequency reception and the issuance of the (4) position, the transmission unit 32 can receive and actively send the _ RF signal to the identification system. The transmission is performed in a frequency range of 2.4 GHz or higher, and the transmission power is lmW or more and includes the identification data 3i and the energy data 312. The prompting unit 33 can output a prompt signal corresponding to the RF signal when the transmitting unit 32 receives an RF signal with a prompt command, and the RF signal with the prompt command is usually sent by the identification system 9 The prompt signal is used to remind the user that a specific situation has occurred. In actual application, the RF signal with the prompt command can also be sent by another shoe of the same function. The prompting unit 33 has a sounding component 331 and a vibrating component 332. The prompting signal can use an acoustic signal emitted by the sounding component 331, or a sensible vibration generated by the vibrating component 332, or both sound and vibration. Simultaneous output, in order to achieve the effect of reminding users. The power supply unit 34 has a power supply component (4) and a charging interface 8 201000040 ❹ , which in the embodiment is a battery that is electrically connected to the charging interface 342 and can fully provide the power of each of the above units. In the actual application, the power supply component 341 can also be used as a dry battery that can be replaced. When the battery is used for power supply, the charging interface 342 does not need to be designed. In this embodiment, the charging interface 342 is used with - The inductive charging interface of the inductive coil 343 has a plug-in hole UI corresponding to the inductive coil 343, and the inductive charging interface can achieve better waterproof and seismic use effect. In practical applications, the charging is performed. The interface 342 is a universal serial bus interface. (In the present invention, the shoe fan with the motion state record is continuously connected to the reader 92 through the transmission unit 32, and the motion state and the displacement state can be determined. The use effect of personnel tracking, positioning, and personal safety management, and output by the prompting unit 33 : The signal 'can be used to remind the U people to exercise or rest. When most shoes are hired, they can also be contacted via each other's transmission order π 32, and cooperate with the reminder of the money number to avoid teammates. Loss, prevention of accidental use ^, for example, in a fire brigade, when each team member puts on a pair of shoes with a sports record, each work unit 31 can receive the RF signal from the teammate, and The state of use in the RF signal, in conjunction with the change of the prompt signal, to determine whether the teammate is moving, stagnating or losing the connection, thereby achieving the effect of the group cooperation and mutual use, and in addition, as shown in the ® 3, when there is a part Teammate (4) When the distance of the identification system _ exceeds the transmission range, the RF recognizer 30(3) that exceeds the range of the transmission can pass through the identification system within the range of the transmission system.
201000040 它射頻辨識器3G⑴⑺來傳遞射頻訊號的内容，因此可 以藉由各個射頻辨識器3G⑴⑺⑴的聯繫來綜合各個 隊員的使用狀態對外傳輸，達到擴大該辨識系、统 範圍的功效。 藉此’在本發明中，由於該射頻訊號的頻率範圍、傳 輸功率、依序傳遞射頻《内容等條件，都相當符合遠距 傳輸的技術要求，並能主動地將目前狀態透過該射頻訊號 對外傳送’以及藉由該供電元件341完全提供所f電力使 用，因此該鞋體10报適合採用消防鞋、運動鞋、工作鞋、 防水鞋、登山鞋等，進而能達到對運動、位移情形，及運 動效果做出判斷與評估，人員追蹤、定位、人身安全管理 的各種應用》 处惟以上所述者，僅為本發明之較佳實施例而已，當不 月匕乂此限疋本發明實施之範圍，即大凡依本發明申請專利 範圍及說明書内容所作之簡單的等效變化與㈣，皆仍屬 本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一示意圖，說明本發明具有運動狀態記錄之鞋 子的較佳實施例； 圖2是一方塊圖，說明該較佳實施例中，一加速度感 應元件、一射頻辨識器與一鞋體的組成架構；及 圖3疋一方塊圖’說明該較佳實施例中，多數頻辨識 益是由遠至近依序傳遞射頻訊號到一辨識系統。 10 201000040 【主要元件符號說明】 200… —鞋子 33…… …·提示單元 10...·· …·鞋體 331 ·.·. …·發聲元件 11 .…. …·鞋底 332 ···. •…振動元件 111… •…插接孔 34…… …·供電單元 12··.·· •…鞋面 341… …·供電元件 20 …加速度感應元件 342… •…充電介面 Vx ···· …·檢知彳§號 343… —感應線圈 Vy ·· · •…檢知信號 900… •…辨識系統 Vz · ·· …·檢知#號 91 ·..·· •…控制裝置 30·.··· …·射頻辨識器 911… •…顯示器 31 ••… •…工作單元 912… —操作介面 311 ··· •…識別資料 92·.·.· •…讀取器 32···.· •…傳輸單元 參 11201000040 Its RF recognizer 3G(1)(7) transmits the content of the RF signal, so it can integrate the use status of each player by the connection of each RF recognizer 3G(1)(7)(1) to achieve the effect of expanding the identification system and system range. Therefore, in the present invention, due to the frequency range of the RF signal, the transmission power, and the sequential transmission of the RF content, the requirements are quite consistent with the technical requirements of the remote transmission, and the current state can be actively transmitted through the RF signal. The transmission 'and the power supply element 341 completely provide the power use, so the shoe body 10 is suitable for using fire shoes, sports shoes, work shoes, waterproof shoes, hiking shoes, etc., thereby achieving movement and displacement, and The various effects of the exercise effect judgment and evaluation, personnel tracking, positioning, and personal safety management are only the preferred embodiments of the present invention, and are not limited to the implementation of the present invention. The scope, that is, the simple equivalent changes and (4) of the patent application scope and the contents of the specification of the present invention are still within the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing a preferred embodiment of a shoe having a motion state recording according to the present invention; FIG. 2 is a block diagram showing an acceleration sensing element and a radio frequency identification in the preferred embodiment. The structure of the device and a shoe body; and FIG. 3 is a block diagram. In the preferred embodiment, most of the frequency identification benefits are to transmit RF signals from a far to near sequence to an identification system. 10 201000040 [Description of main component symbols] 200... —shoes 33..................Cue unit 10...····shoe body 331 ······Sounding element 11 ........·Sole 332 ···. • Vibration element 111... •... insertion hole 34... ...·Power supply unit 12·····•... Upper 341... Power supply element 20 ... Acceleration sensing element 342... •...Charging interface Vx ···· ...·Detection 彳§ 343... —Induction coil Vy ··· •...Detection signal 900... •...Identification system Vz · ····Detection #号91 ·..··... Control device 30·. ··· ...·RF recognizer 911... •...display 31 ••... •...work unit 912...——Operation interface 311 ··· •...Identification data 92·.·.·...Reader 32···. · •...Transmission unit reference 11