M407449 五、新型說明： 【新型所屬之技術領域】 本創作係關於-種辨識裝置，尤指_ 紋辨識的電子智慧卡片。 钱觸式包含指 【先前技術】 現有的電子式智慧卡片，如晶片金融卡、 子票證等，多為接觸式的電子式… 剞知彗士白A ^ ^ , 現有的電子顯示 慧卡包3 一軟性電路板、-電池、-晶片模组、—按 鍵、一微控制器及一螢暮槎έ 孜 堂綦杈組"亥電池電接於該軟性電路 板，該晶片模組固設於該軟性電路板，可接收處 號並辨識是否為本人，該按鍵設於該軟性電路板並可供使 用者按壓’而於使用者按壓時供電予上述各電@ ;該微控 制器固設於該軟性電路板並與該按鍵電性連接且可接收： 按鍵傳遞的按壓訊號’並於該晶片模組辨識使用者為本人 時亂數產生-組號碼；#螢幕模組固設於該軟性電路板並 與該微控Μ器電性連#而顯示該組號碼，丨網路金融交易 的用。 現有的電子式智慧卡於製造過程中，為防止智慧卡片 的資料外洩，發卡單位收到晶片時，須先將晶片與存取裝 置電連接以進行加密後，再送交廠商進行卡片封裝，最後 於接觸式的電子式智慧卡完成時再將晶片與存取裝置電連 接，對晶片解密以輸入資料，以防止資料被廠商不法竊取 而造成安全性問題，然而現有的二次加工製造方式相當麻 M407449 煩’且會提高產品瑕疵率， α s Λ 金融μ 此羊#者，隨著現今科技進步以及 含田虫犯罪的福锻，需要ρ„ 要更阿的防偽技術才能有效防笳卡片 被盜刷或I姑&田ΑΑ „ λ 双丨万摩&卞Λ I 戈疋被金用的風險，提高使用者使用的安全性，然 ’一般現有電子式智慧卡防μ .A m ^ κ θ蒽卞防止盜用的安全性不佳，此外， 須於接觸式的電子式智慧卡 裒叹電池以進仃供電，便利 F不足，因此有進一步改良的必要。 【新型内容】M407449 V. New description: [New technical field] This creation is about the identification device, especially the electronic wisdom card for _ pattern recognition. Money touch refers to [previous technology] Existing electronic smart cards, such as wafer financial cards, sub-tickets, etc., mostly contact-type electronic... 剞知彗士白 A ^ ^, existing electronic display 慧卡包3 a flexible circuit board, a battery, a chip module, a button, a microcontroller, and a 暮槎έ 綦杈 綦杈 & 亥 亥 电池 电池 电池 电池 电池 电池 电池 电池 电池 电池 电池 电池 电池The flexible circuit board can receive the number and identify whether it is a person. The button is disposed on the flexible circuit board and can be pressed by the user to supply power to the above-mentioned electric power when the user presses; the microcontroller is fixed on the The flexible circuit board is electrically connected to the button and can receive: a pressing signal transmitted by the button and generating a group number when the chip module identifies the user as the person; the #screen module is fixed on the flexible circuit The board is electrically connected to the micro-controller and displays the group number for use in online financial transactions. In the manufacturing process of the existing electronic smart card, in order to prevent the data of the smart card from being leaked, when the card issuing unit receives the chip, the card must first be electrically connected to the access device for encryption, and then sent to the manufacturer for card packaging. Finally, when the contact type electronic smart card is completed, the chip is electrically connected to the access device, and the chip is decrypted to input data to prevent the data from being stolen by the manufacturer, thereby causing safety problems. However, the existing secondary processing manufacturing method is equivalent. Ma M407449 is annoying and will increase the product rate, α s Λ financial μ This sheep #, with the current technological advancement and the forging of the crime of containing the worm, it is necessary to use the anti-counterfeiting technology to effectively prevent the card from being stolen. Brush or I & & ΑΑ ΑΑ „ λ 丨 丨 丨 & 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞 蒽卞[New content]
為解決現有技術的接觸式的電子式智慧卡須二次加工 而有製造麻煩與產品瑕疵率冑，防止盜用的安全性不足， 以及須加裝電池供電的問題，本創作主要目的提供一種能 夠改進現有缺失之非接觸式包含指紋辨識的電子智慧卡 :，設有-指紋辨識模組’用以接收處理輸入訊號二識 紋的訊號為本人後，即可透過無線感應方式存取資料， 、人力工且增加防偽的功能以避免智慧卡遭到盜 用此外’透過感應.線圈感應產生所需電力，不須加裝電 池以進行供電。 本創作所運用的技術手段係在於提供一種非接觸式包 含指紋辨識的電子智慧卡片，包含： 一軟性電路板，其係呈片狀； 感應接收天線，其係固設於該軟性電路板並電連接 至該軟性電路板； 資料處理單兀，其係固設於該軟性電路板並與該軟 性電路板電連接，ί亥資料處理單元透過該軟性電路板電連 接至該感應接收天線，該資料處理單元儲存有一識別資料； 4 '^顯示植έΒ _ 、其係固設於該軟性電路板並與該資料處 里早兀•電性連接； 文辨硪抵組，其係固設於該軟性電路板並盥該資 枓處理單元雷Μ、由 儿為貝 連接’該指紋辨識模組於頂面設有一供使 用者的手指抵靠的接觸…及 使 保羞體，其係為一中空板體而包覆固定該軟性電路 二該保護體—側面穿設有一顯示孔與一指紋模組孔，該 :員不孔與該顯示模組對齊’該指紋模組孔與該指紋辨識模 、且的接觸面對齊。 所述的非接觸式包含指紋辨識的電子智慧卡片，其中 所述的顯示模組係為一電泳式螢幕模組。 八 所述的非接觸式包含指紋辨識的電子智慧卡片，其中 所述的顯示訊號係為_組亂數號碼。 本創作利用所提供的非接觸式包含指紋辨識的電子智 慧卡片’可以獲得的具體效益為： 本創作於使用者欲存取資料時，透過一讀寫器以益線 感應方式對資料處理單元進行存取，透過該指紋辨識模組 辨識存取資料是否合法，不須與卡片接觸即可進行，故不 用進行二次加工，且該指紋辨識模組增加防偽的功能，能 避免智慧卡遭到盜用，此外，本創作透過感應線圈感應產 生所需電力，不須加裝電池以進行供電，即能於接收到讀 寫器傳來的啟動訊號時’產生乱數號碼顯示於該顯示模组 上’以供使用者進行網路金融交易，資料傳輸極為安全便 利0 M407449 【實施方式】 為能詳細瞭解本創作的技術特徵及實用功效，並可依 照說明書的内容來實施’茲進一步以如圖式所示的較佳實 施例，詳細說明如后： 本創作所提供的非接觸式包含指紋辨識的電子智慧卡 片的較佳實施例係如圖1至3所示，包括：一軟性電路板 ' 1 0、一感應接收天線20、一資料處理單元30、一顯示模組 - 40、一指紋辨識模組50與一保護體60。 • 該軟性電路板1 〇是呈片狀。 該感應接收天線2 0是固設於該軟性電路板1 〇並電連 接至該軟性電路板1 〇。 該資料處理單元30是固設於該軟性電路板1〇並與該 軟性電路板10電連接，該資料處理單元3〇透過該軟性電 路板1 0電連接至該感應接收天線20。 該顯示模組4 0是固設於該軟性電路板1 〇並與該資料 處理單元30電性連接，該顯示模組4〇是為一電泳式螢幕 鲁 模組。 該指紋辨識模組50固設於該軟性電路板1 〇並與該資 料處理單元30電性連接，該指紋辨識模組5〇於頂面設有 一供使用者的手指抵靠的接觸面51 ;以及 s亥保護體6 0是由二硬性片體夾靠該軟性電路板丨〇兩 側面後，以熱壓合的方式形成該中空板狀的保護體6〇，而 包覆固定該軟性電路板1 〇，該保護體60 一側面穿設有一顯 示孔61與一指紋模組孔62,該顯示孔61是與該顯示模組 40對齊，該指紋模組孔62與該指紋辨識模組5〇的接觸面 6 M407449 51對齊。 使用者欲對本創作存取資料時，使用者將手指抵靠於 該指紋辨識杈組50的接觸面5丨，由一外界的讀寫器7〇於 特疋頻率傳迗一存取訊號’該感應接收天線2〇於接收到該 射頻的存取訊號時，能將電磁場轉變成電力以進行供電， 並將存取訊號傳送予該資料處理單元3Q，該f料處理單元 30啟動該指紋辨識模組5〇以辨識是否為本人指紋，若是， 則該指：辨識模組50 #送_確認訊號予該資料處理單元 30 -玄貝料處理單元3〇依該存取訊號進行資料存取。 使用者奴使用本創作進行網路金融交易時，使用者將 手指抵靠於該指紋辨識模組50的接觸面51，由讀寫器7〇 於特定頻率傳送一啟+1? % 啟動eTl戒’該感應接收天線20於接收到 該射頻的啟動訊號時，能將電磁場轉變成電力以進行供 電’並將啟動訊號僂读+ i 达予”玄-貝料處理單元3 0，該資料處理 I" 二動。“曰紋辨識模組5〇以辨識指紋的訊號是否為 :=疋’則泫指紋辨識模組50傳送一確認訊號予該資 料處理單元3 〇，兮杳扭 ' . 以、’、处理單元30產生一由數個亂數號碼 組成的顯示訊號傳送至該顯示模組4G進行顯示。 a庫方於使用者欲存取資料時，透過讀寫器7G以無線 二：二:資料處理單元進行存取，透過該指紋辨識模組 不用進’不須與卡片接觸即可進行，故 卜.人加工’且該指紋辨識模、组50增加防偽的功 月匕，施避免智慧卡遭到次 感應產生所需電；，匕外’本創作透過感應線圈 收到續寫乂不須加裝電池以進行供電，即能於接 -寫，來的啟動訊號時，產生亂數號碼顯示於該 7 顯示模組40上，以供传用去 Μ、 供使用者進行網路金融交易，資料傳輸 極為安全便利且減少使用者 可‘▼在、碼產生器的不便。 以上所述，僅是本創作的較佳實施例，並非對本創作 f形式上的限制’任何所屬技術領域中具有通常知識 右在不脫離本創作所提技術特徵的範圍内，利用本創 作所揭不技術内容所作出局部更動或修飾的等效實施例， 並且未脫離本創作的技術特徵内纟，均仍屬於本創作技術 特徵的範圍内。 【圖式簡單說明】 圖1係本創作較佳實施例之立體分解圖。 圖2係本創作較佳實施例之立體外觀圖。 圖3係本創作較佳實施例之使用流程示意圖。 【主要元件符號說明】 1 0軟性電路板 3 0資料處理單元 50指紋辨識模組 6 0保護體 6 2指紋模組孔 20感應接收天線 4 0顯示模組 51接觸面 61顯示孔 70讀寫器In order to solve the problem that the prior art contact type electronic smart card needs secondary processing, manufacturing trouble and product defect rate, preventing the safety of misappropriation, and the need to install battery power, the main purpose of the present invention is to provide an improvement. The existing non-contact electronic smart card with fingerprint identification: the fingerprint identification module is configured to receive the signal of the input signal and the fingerprint, and then the data can be accessed through wireless sensing. And increase the anti-counterfeiting function to avoid the theft of the smart card. In addition, the required power is generated through the induction coil. It does not need to be equipped with a battery to supply power. The technical means used in the creation is to provide a non-contact electronic smart card containing fingerprint identification, comprising: a flexible circuit board, which is in the form of a sheet; an inductive receiving antenna, which is fixed on the flexible circuit board and electrically Connecting to the flexible circuit board; the data processing unit is fixed on the flexible circuit board and electrically connected to the flexible circuit board, and the data processing unit is electrically connected to the inductive receiving antenna through the flexible circuit board, the data The processing unit stores an identification data; 4 '^ displays the vegetable έΒ _ , which is fixed on the flexible circuit board and is connected to the data section early and electrically; the text recognition is set to the soft layer The circuit board is connected to the resource processing unit Thunder, and the child is connected to the shell. The fingerprint recognition module is provided with a contact for the user's finger on the top surface, and the body is a hollow board. The flexible circuit is covered and fixed by the body. The protective body is provided with a display hole and a fingerprint module hole. The non-hole is aligned with the display module. The fingerprint module hole and the fingerprint recognition module are Contact surfaces together. The non-contact electronic smart card containing fingerprint identification, wherein the display module is an electrophoretic screen module. The non-contact electronic smart card comprising fingerprint identification, wherein the display signal is a _ group random number. The specific benefits that can be obtained from the use of the non-contact electronic smart card with fingerprint identification provided by the author are: This creation is used by the reader to access the data processing unit through a reader/writer. Access, through the fingerprint identification module to identify whether the access data is legal, can be carried out without contacting the card, so there is no need for secondary processing, and the fingerprint identification module adds anti-counterfeiting function, which can avoid the theft of the smart card. In addition, the creation generates the required power through the induction coil, and does not need to install a battery for power supply, that is, when the start signal transmitted from the reader/writer is received, a random number is displayed on the display module. For users to conduct online financial transactions, data transmission is extremely safe and convenient. 0 M407449 [Embodiment] In order to understand the technical features and practical functions of this creation in detail, and in accordance with the contents of the manual, it is further implemented as shown in the figure. The preferred embodiment shown is as follows: The non-contact electronic smart card containing fingerprint identification provided by the present creation The preferred embodiment is as shown in FIG. 1 to FIG. 3, comprising: a flexible circuit board '10, an inductive receiving antenna 20, a data processing unit 30, a display module-40, and a fingerprint identification module 50. A protective body 60. • The flexible circuit board 1 〇 is in the form of a sheet. The inductive receiving antenna 20 is fixed to the flexible circuit board 1 and electrically connected to the flexible circuit board 1 . The data processing unit 30 is fixed to the flexible circuit board 1 and electrically connected to the flexible circuit board 10. The data processing unit 3 is electrically connected to the inductive receiving antenna 20 through the flexible circuit board 10. The display module 40 is fixed to the flexible circuit board 1 and electrically connected to the data processing unit 30. The display module 4 is an electrophoretic screen module. The fingerprint identification module 50 is fixed to the flexible circuit board 1 and electrically connected to the data processing unit 30. The fingerprint recognition module 5 is provided on the top surface with a contact surface 51 for the user's finger to abut; And the s-protecting body 60 is formed by the two rigid sheets sandwiching the two sides of the flexible circuit board, and the hollow plate-shaped protective body 6〇 is formed by thermocompression bonding, and the flexible circuit board is covered and fixed. A display hole 61 and a fingerprint module hole 62 are formed on one side of the protection body 60. The display hole 61 is aligned with the display module 40. The fingerprint module hole 62 and the fingerprint recognition module 5 The contact surface 6 M407449 51 is aligned. When the user wants to access the data for the creation, the user puts a finger against the contact surface 5 of the fingerprint recognition group 50, and an external reader/writer 7 transmits an access signal to the special frequency. The inductive receiving antenna 2 can convert the electromagnetic field into electric power to supply power when receiving the access signal of the radio frequency, and transmit the access signal to the data processing unit 3Q, and the f processing unit 30 activates the fingerprint identification module. The group 5〇 identifies whether it is a fingerprint of the person, and if so, the finger: the identification module 50 # sends the confirmation signal to the data processing unit 30 - the metaphyseal processing unit 3 performs data access according to the access signal. When the user slave uses the creation to conduct the online financial transaction, the user puts the finger against the contact surface 51 of the fingerprint recognition module 50, and the reader/writer 7 transmits the +1 to the specific frequency. The eT1 ring is activated. The inductive receiving antenna 20 can convert the electromagnetic field into electric power to supply power when the receiving signal of the radio frequency is received, and read the activation signal + i to the "Xun-Bei material processing unit 30, the data processing I" 2. The second motion. "The fingerprint recognition module 5 〇 identifies whether the fingerprint signal is: = 疋 ', then the fingerprint recognition module 50 transmits a confirmation signal to the data processing unit 3 〇, 兮杳 '. The processing unit 30 generates a display signal composed of a plurality of random numbers to be transmitted to the display module 4G for display. When the user wants to access the data, the user accesses the data through the reader 2G via the wireless 2:2: data processing unit, and the fingerprint identification module does not need to enter the 'no need to contact the card, so the library The human processing 'and the fingerprint recognition mode, the group 50 increases the power of the anti-counterfeiting power, to avoid the smart card is subjected to the secondary induction to generate the required electricity; When the battery is powered, that is, when the start signal is connected to the write, the random number is displayed on the 7 display module 40 for transmission, for the user to conduct online financial transactions, and data transmission. Extremely safe and convenient, and reduce the inconvenience of the user can be '▼, code generator. The above description is only a preferred embodiment of the present invention, and is not a limitation on the form of the present creation. 'Any general knowledge in the technical field is within the scope of the technical features of the present invention. The equivalent embodiments of the local modifications or modifications made by the non-technical content, and without departing from the technical features of the present invention, are still within the scope of the features of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded perspective view of a preferred embodiment of the present invention. Figure 2 is a perspective view of a preferred embodiment of the present invention. FIG. 3 is a schematic diagram showing the flow of use of the preferred embodiment of the present invention. [Main component symbol description] 1 0 flexible circuit board 3 0 data processing unit 50 fingerprint identification module 6 0 protection body 6 2 fingerprint module hole 20 induction receiving antenna 4 0 display module 51 contact surface 61 display hole 70 reader