M284729 八、新型說明： 【新型所屬之技術領域】 此新型是利用束線帶或是其他含可固定機構的元件，封裝無 線射頻或磁感辨識標籤原件，藉由兩者的結合可以兼具無線 射頻或磁感辨識的獨特性，以及高安全需求的即時監測。 【先前技術】 目_安全的管理上大都使用EEP随或是RFID兩種原理， EEPROM在操作上需要四到五個接觸點，分別是當做電源，接 地’計時H，以及資料傳輸，因此在使壯需要接觸才可進 行判別，因此EEPROM不利於在潮濕易於氧化材料環境下，或 是不方便近距離接觸的操作，且對於快速大量檢測的應用， 如快速通關，也無法達到需求，因此一般都是應用在安全需 求較低如旅麵房門，—般大樓的門禁管制系統，或是汽車 的晶片餘匙。 另一種是彻RFID的原理，其優點她於EEPROM是可以不 用接觸’且其_的距離可依是電力來源種類而調整，不過 目刚這類的設計大都只來做辨識如門赫統或是汽車的 曰曰曰片鑰匙’因此仍為一被動式的安全系统，並未能提供更高 的安全需求。 雖r、、;、RFID可以利用非接觸的方式讀取，但是只要元件仍可工 作，不_%境或人員變遷，對於讀取器而言，仍然讀取同一 ―虎’ S此無法_辨識功能，達到安全的需求上的需求， 反而會w於斜不認人，在隨著國際恐怖攻擊活動遽增下， 人員與物件的安全要求更見提高，但如何在不耗費人力下(如 、M284729 2方式為··當讀取器（Reader)發出搜尋之無線射頻訊號時，標 2内之曰曰片可透過天線接收該訊號，並由該訊號所產生之電 机運作，若該晶片内部所存之特定序號符合讀取器所呼叫之 序號，則該標籤可透過天線發送_訊辭讀取器，從而達 成該標籤及其所貼附物品之位置或相關訊。 本設計乃根源於此操作機制，設計一之安全性電子封條，詳 細運作原理如下： 明參考圖二，本設計之電子封條具一可固定封條施封後施封 ❿狀的機構⑺’待電子封條施封，除非破壞其本體，否則無 法將該封條取下，本設計使封條於遭受外力破壞時(10)，受 破壞之封條無法依其原有之性能運作，而使讀取器無法正確 頃取所含編碼（圖三），利用封條可捆綁施封的功能，配合無 線射頻辨識技術，可有效的改善無線射頻辨識技術只具辨識 功月b，可達成安全防護及防弊之功能。 【圖式簡單說明】 圖一係本創作電子封條結構以及運作示意圖 圖二係本創作封條正常運作示意圖 圖二係本創作封條破壞時示意圖 【主要元件符號說明】 習知.· 1 ·外部感應設備偵測 2.記錄器 3·電子射頻/記憶模組 4. 外界連絡之元件 5. 連接導線 M284729 本創作： 6. 可彎曲的基材 7. 可維持封條施封形狀的機構 8. 齒狀結構 9. 磁感或無線電波傳遞 10. 外力破壞M284729 VIII. New Description: [New Technology Field] This new type is to use a cable tie or other components with a fixable mechanism to package the original radio frequency or magnetic identification tag, which can be combined with wireless. The uniqueness of RF or magnetic sensing and the immediate monitoring of high security requirements. [Prior Art] Most of the security management uses EEP or RFID. The EEPROM requires four to five contact points for operation, namely power supply, grounding 'time H', and data transmission, so Strong needs to be contacted for discrimination, so EEPROM is not conducive to the operation of moisture-prone materials, or inconvenient close-contact, and for fast and large-scale detection applications, such as fast customs clearance, it is not possible to meet the demand, so generally It is applied to the lower security requirements such as the travel door, the access control system of the building, or the spare key of the car. The other is the principle of the RFID, the advantage of which is that the EEPROM can be used without contact' and the distance of the _ can be adjusted according to the type of power source, but most of the designs are only used to identify such as The car's cymbal key' is therefore still a passive safety system and does not provide a higher safety requirement. Although r, ,;, RFID can be read in a non-contact manner, but as long as the component can still work, no _% environment or personnel changes, for the reader, still read the same "虎" S can not be identified Function, to meet the needs of security needs, but will not be arbitrarily recognized, with the increase in international terrorist attacks, the safety requirements of personnel and objects are more improved, but how to do it without human effort (eg, M284729 2 mode is... When the reader (Reader) sends out the searched radio frequency signal, the chip in the target 2 can receive the signal through the antenna, and the motor generated by the signal operates, if the inside of the chip If the specified serial number matches the serial number called by the reader, the tag can be sent through the antenna to the message reader to achieve the location of the tag and the attached item or related information. The design is rooted in this operation. Mechanism, design a safety electronic seal, the detailed operation principle is as follows: Referring to Figure 2, the electronic seal of the design has a fixed seal seal after the seal is applied (7) 'to be sealed by the electronic seal, unless If the body is broken, the seal cannot be removed. This design causes the seal to be damaged by external force (10). The damaged seal cannot operate according to its original performance, and the reader cannot correctly take the included code. (Fig. 3), the function of binding seals can be bundled with the radio frequency identification technology, which can effectively improve the function of RFID identification technology, which can only realize the safety function and prevent fraud. 】 Figure 1 is the electronic seal structure and operation diagram of the creation. The second diagram is the normal operation of the creation seal. Figure 2 is the schematic diagram of the creation of the seal. [Main component symbol description] Conventional.· 1 · External sensing device detection 2. Record 3. Electronic RF/memory module 4. Externally connected components 5. Connecting wire M284729 This creation: 6. Flexible substrate 7. Mechanism for maintaining sealing shape of the seal 8. Toothed structure 9. Magnetic induction or Radio wave transmission 10. External force destruction