4 M358380 五、新型說明： 1 【新型所屬之技術領域】 本創作係提供種電子封條，其技術領域包括： • J、令射頻識別晶片兩組接腳構成-導通共料路，㈣電 ：子封條之組合而使該共用迴路得與單-片體之天線裳置電氣; • 接，用以達到符合經濟製造之原則。 、 二、論栓本歧.天職置，而德置有 ·=晶片’以及縱向設置有一可為射頻識別晶片控制之電路 使插栓插人栓辦，恰崎㈣路板喊天魏置 頻識別晶片電氣連接，以及在該插栓被剪斷時，能藉由電路板斷 路而中斷該電氣連接，用以使整體結構更形簡精，俾達到符合毯 濟製造之原則。 【先前技術】 請參看我國公告1292007號『電子封條』第一〜三圖，其揭 φ示一可插入栓座1之插栓2，該栓座1組設有扣合裝置i 2，以 .使插栓2被該扣合裝置扣位而無法退離雜m，而赌2設有 • ^線裝置31 ’栓座1則設有與天線裝置3工相匹配之射頻識別 b曰片3 0 ’在插栓2插入栓座工時，該天線裂置丄2是藉其兩接 腳2 1 a而觸示該射賴別晶片3 〇的兩接腳3 〇 a，以構成一 電氣連接’此k只要—識別主機5發射—電磁波5 a供該天線裝 置31接收，射頻識別晶片3 〇就能將此電磁波5 a所提供之能 里轉換電壓，並利用該電壓將儲存於該射頻識別晶片3 〇之一 M358380 , 識別碼調製成一電磁波3 a由該天線裝置3丄發射出去，使識別 , 主機5在收到該識別電磁波3 a並予以解調後，就能夠獲得該識 別碼，並根據該識別碼而獲知該貨櫃之身份，但是，當插栓2被 ' 更換或兩接腳31 a被剪斷時，將使射頻識別晶片3 〇與天線裝 . 置31之間的電氣連接中斷而無法發射出識別電磁波3a，從而 •旎夠使海關所安裝之識別主機5能達到快速識別及管理貨櫃之功 * 能。 • 至於該專利前案第八〜十四圖則揭示一第一天線7丄及一 第二天線7 2是分別安裝於栓座7中，此栓座7另安裝有一射頻 識別晶片7 4，此射頻識別晶片3 〇亦具有與兩天線7 i、7 2 相對應之二導電接腳7 41，在插栓6未插入栓座7時，此二導 電接腳7 4 1與兩天線7 1、7 2技未電氣連接狀態，當插栓 6插入栓座7時，便能使二導電接腳741與兩天線71、72 呈電氣連接，用以達到等同其第一〜三圖之辨識功能。 # 縱觀該二種不同實施技術，其均具有-製造成本高之缺點， 具體而言，第-〜三圖所示之兩接腳3 i a大都是藉由插检仏 ‘類似同減線接頭之結構而完成，其成本所費不貲；至於第八〜 十四圖之技術’其兩天線7 i、7 2與二導電接腳7 4丨之分別 設置將會大大增㈣淑域之工序，對成本精離本沒有助益。 【新型内容】 i 有鑑於習用電子封條有成本高漲，品質、效率無法提昇之缺 點，乃以多年的專業經驗與心得，經不斷構思、創研，乃研發出 M358380 ^ 此種具經濟效益之電子封條。 : 賴作電子封條主如容在於：提供-插栓、—可供插栓插 入之&座’所述栓座設有扣合裝置，以使插栓插人栓座時，被該 •扣σ 4置"biU彼此；其概在於：該插栓、栓麟應設有匹配 *·之射頻識別晶片、天線裝置，射頻識別晶片之兩組接腳是構成一 互為導通之迴路，至於天線裝置則是—體成型的片體，並使插检 .插入栓座時’恰能接通於天線裝置，使天線裝置能與射頻識別晶 籲片電氣連接，以及在該插栓被㈣或更換時，能中斷該電氣連接， 以使海關所安褒之識別主機能達到快速識別及管理貨檀之功能， 該整體結構可達到經濟製造之原則，足以去除習用技術的不良問 題’確實為電子封條提丨—有效解決之新穎技術。 本創作電子封條另-内容在於：提供—插栓、—可供插检插 入之栓座，所驗錢有扣合裝£，贿插栓插墙座時，被該 扣合裝置能固定彼此；其特徵在於：插栓本身便為一天線裝置， _而在插栓内狀置有—射頻識別晶片，以及設置有一可為射頻識 別晶片控制之電路板，俾使插栓插入栓座時，恰能透過電路板而 使天線裝置能與射頻識別晶片電氣連接，以及在該插栓被剪斷 時，能藉由電路板斷路而中斷該電氣連接，用以使整體結構更形 簡精’俾達到符合經濟製造之原則’以使海關所安裝之識別主機 能達到快速識別及管理貨櫃之功能，該整體結構亦可達到經濟製 造之原則。 【實施方式】 M358380 為使貴審查委員能進—步瞭解本創作之結構 目的’玆㈣較佳實施例之圖式詳細綱如后： 凊茶閱第-〜六圖’本創作至少包括有： 插栓（1Q)，其頂端向下凹設有—容 「:室(1 2 )，插栓(1 〇 )並沿軸向的設有連 ^至 承室（12)之中孔（13)，所述容 1)頂端可以熱可塑蓋體（i 4)封閉 田日·丨大制士 , 狂v丄U )底緣外 制絲有—防轉圈（15)，以及在防水_ (i 5 徑向凹設有一扣槽（16) · ^安裝於容室（1 1 )之射侧晶片（2 G )，該射頻識 別曰曰片（2 0)所具有之兩組接腳是連接於導片（2ι)，據以 形成-互為導通之鹏，而㈣朗晶 赚-絕緣之基座⑵)中，基座⑵)底面=) 組農孔（2 3) ’用以提供—可與前述迴路互為導通且且有導電 性之頂針（2 4 )緊配合_接，此頂針（2 4 )另具有較大後 之頭部（2 5 )，此頭部（2 5 )恰p艮位於承室（丄2 )中； 一栓座（3 0) ’其係由二對半之殼體（3丄）（3 2)對 合而成，並使該二殼體（31) (32)能由-外殼（33)底 端插入，然後以具熱可雖之絲賴此外殼（3 3 )底端（圖 中未示）*此即可使二殼體（3工）（32)固定於外殼（3 3)中此检座（3 〇)於一端凹設有一可供插栓（1〇)底緣 插合之插孔（3 4)，以及在插孔（3 4)底端同心連通-較小 M358380 徑之導孔（3 5)，此導孔（3 5)底端恰位於栓座（3 Ο)中 心位置’栓座（3 〇)並於此處設有一橫槽（3 6)，以及於橫 槽（3 6)兩端對稱設有與之連通的縱槽（3 7)，令橫槽（3 6)及縱槽（3 7)形成η字型形態，另外，栓座（3 〇)於導 孔（3 5)適當位置另徑向的擴設有一彈簣室（3 8); 一與射頻識別晶片（2 0)相匹配之天線裝置（4 〇)，其 係為-體成型之片體’並略卽字型的插合於橫槽（3 6)及縱 槽（3 7)中’且令該天線裝置（4◦)兩端概呈較大之半圓形， 以及使其中段位於導孔（3 5)底端；或者如第十三圖所示，該 -體成型之天線裝置（4〇)亦可成型出τ型或其它片體形狀， 只須使能提供射頻_晶片（2 〇 )魏連接即可； 一聯動結構，係於彈簧室（3 8)安裝有-彈簧（5丄）， 以及於‘孔（3 5)中限位滑合—具導電性之導桿（5 2)所組 成，其導桿（5 2)具有可供彈簧（5 2)頂推定位之肩部（5 2 0) ’以使導桿（5 2)頂端伸入插孔（3 4 )中、底端處於 離開天線裝置（40)的位置；以及 一扣合裝置’係設置於栓座（3 Q)中，其拾座（3 〇)在 插孔（3 4 )適當位置徑向外擴的向上斜設有—喊槽（6工）， 此組裝槽（6 1)於魏端職設有—轉製之緩衝麵（6 2 ), 然後在組裝槽（6 1)與緩衝墊圈（6 2 ) _組設有__e型扣 環（6 3) ’該扣環（6 3)係與組襄槽（6工）呈對應之傾斜 設置’並使此扣環（6 3)所形成之内孔位於最底端，以便具有 M358380 足夠的裕度以及導引效果，使之能徑向擴展的供插栓（i 〇 )底 端插入，以便能扣結於插栓（1 〇 )之扣槽（i 6 ),且使插才入 (10)被該扣合裝置扣位而無法退離該栓座（3 〇)，令防水 整圈（15)氣密的封閉插孔（3 4)頂端，以達到防止雨水灌 入栓座（3 0)中之功能，在插栓（χ 〇)插入栓座（3 〇)之 同時，其頂針（2 4)底端恰能觸動導桿（5 2)克服彈筈（5 1)預設彈力而下移-預定行程，使導桿（5 2)底端抵接於天 線裝置（4 0)之中央位置，俾使天線裝置（4 〇)能與射頻識 別晶片（2◦)電氣連接，以及在該插栓（i Q)被剪斷或更換 時，能中斷該電氣連接，㈣使海騎钱之朗主機能達到快 速識別及管理貨櫃之功能。 由上述之結構說明得知，本創作只須使射頻識別晶片（2 〇 ) 之兩组接腳共接於-導片（2 i)而構成—導通迴路，即可透過 插栓（10)插入栓座（30)而使頂針（24)、導桿 =氣連接單—片體之天糖（4Q)，該等技術可大_省插 2( )、天線裝置（4 〇 )之製造及組裝，，大大的提昇效 用過多之纽作業更為方便快速，令本創作確能發 的高度1_靡益，使缝具有效的產章 刊用’故符合經濟之效益。 銀喜^=五及六峨之，本創作得於頂針（2 4 )外周設置 、回狀或螺方疋狀之破壞槽，藉減破壞槽 n n, ^ 夏而使得剪斷插栓 更形容易且方便。此外，本創作可於該插检（U)或 M358380 f頂針（24)底端另外安裝—感測器（圖中未示），俾當插栓（1 ‘ 〇)或頂針（2 4)底端壓抵導桿（5 2) a夺，能同時電氣連接 孩天線裝置（4 0 )及感測器’令感測器能額外的觸發外部電路， 以達酬需之另外無線監控魏，且在該插栓（1 〇 )被剪斷或 .更換時’能同時巾斷該天魏置（4 Q )及制器之電氣連接。 . μ糊第七® ’其係第二實施例，該第七駐要係說明本創 作無須第四®之聯動結構，即可以輕胃實施，其只要使插检（1 • 0)整體長度加長，俾在插栓（1〇)插入栓座（3 〇)時，其 插栓（10)可被扣合裝置扣位而無法退離栓座（3 〇)，而插 栓（10)之頂針（2 4)底端恰能抵接於天線裝置（4 〇 )之 中央位置’俾使天線裝置（4 〇)能與射頻識別晶片（2 〇 )電 氣連接，以及在該插栓（1 Q )被剪斷或更換時，能情該電氣 連接，其整體結構係與第四圖等效。 請參閱第八圖’其係本創作第三實施例，該實施例係說明第 春三圖之栓座（3 Q)及天線裝置（4 〇)之形狀可以任意幾何變 化，只須使插栓（i 〇)在插入栓座（3 〇)時，能令插栓（丄 0)中之射頻識別晶片能電氣連通於天線裝置（4 〇 )中央位置， 即屬本創作。 請參閱第九圖’其係本創作第四實施例，該實施例主要說明 射頻識別晶片（2 〇)及頂針（2 4)是藉-彈性元件（2 7 ) 而懸吊定位於插栓（i 〇)之底部中，此插栓（丄〇)另以一價 格較低之頂掣桿（2 8)限制射頻識別晶片（2 〇)及頂針（2 M358380 ., 4 )之定位狀態，以使得剪斷插栓（1 Ο )及頂掣桿（2 8 )時， 其射頻識別晶片（2 0 )及頂針（2 4 )會脫離原始位置，以便 中斷天線裝置與射頻識別晶片（2 0)之電氣連接，用以達到等 同第一〜六圖之使用功能。 ’ 請參閱第十圖，其係第五實施例，其主要第四圖之頂針（2 Λ . 4)大部份係以縱向設置之電路板（2 6)取代，以便剪斷插栓 (1〇)時’電路板（2 6)恰能同步被剪斷，如此便能中斷該 # 電氣連接，其整體結構係與第四圖等效。至於第十一圖則是更進 一步的將第十圖之彈簧（51)、導桿（5 2)所組成之聯動結 構簡化’將插栓（1〇）整體長度加長，俾在插栓（1〇)插入 栓座（3 Q)時’其插栓（丨Q)可被扣合裝置扣位而無法退離 检座（3◦)，而插栓（10)之頂針（2 4)底端恰能抵接於 天線裝置（4 Q)之巾央位置，俾使天線裝置（4 Q)能與射頻 識別a曰片（2 〇)電氣連接，以及在該插栓（丄〇)被剪斷或更 •換時，能中斷該電氣連接，其整體結構係與第八圖等效。 請參閱第十二圖，其係本創作第七實施例，其包括有：一插 .栓（10)、-可供插栓（1〇)插入之栓座（3〇)，所述检 座（3〇)設有扣合裝置，以使插检（10)插入栓座（30) 時’被該扣合裝置能將插栓（lQ)g^栓座（3⑸心 要特徵在於：該錄（i ◦)本身外周便為—可導磁之天線裝置， 而在插检（1〇)_置有1頻_片（2〇)，以及縱 向設置有-可為賴識別晶片（2〇)控制之電路板（Μ)， M358380 •俾使插栓（10)插入栓座（3 〇)而為扣合裳置固定時，恰能 .觸_電路板（2 6 )，使該電路板（2 6 )藉她點控制而將 插栓（10)外周所形成之天線裝置與射頻識別晶片（2 〇)電 乳連接’以及在該插栓（10)被剪斷時，能藉由電路板（2 6、 ·,斷路种斷該電氣連接，如此便能使整體結構更形簡精。在此 -別說明，為避免插栓（1 0 ) 了頁緣在與貨櫃或其它導磁物品掛鎖 ，而干_插栓（1 Q)外騎形敍線裝置之正常作動，其可於 • 雜栓（1 0 )頂端另設置一直徑加大之絕緣部（1 7 )，用以 絕緣彼此，如此即能防止該天線裝置之干涉情形。 綜上所述，本創作已完全突破改革習用插栓、天線震置製法 生產效率低、品質不良率劣化的問題，是一技術理念上的高度創 作，應符專利申請要件，查依法提出申請。惟以上所述者，僅為 本創作之-較佳實施例而已’當不能以之限定本創作實施之範 圍，即大凡依本創作申請專利範圍所作之均等變化與修飾，皆應 • 仍屬本創作涵蓋之範圍内。 M358380 【圖式簡皁說明】 第一圖：係本創作之結構分解示意圖。 第二圖：係本創作射頻識別晶片之立體示意圖。 第三圖：係本創作插栓與栓座之分解示意圖。 第四圖：係本創作插栓欲插入栓座時之剖面示意圖 第五圖：係本創作插栓與栓座組合之剖面示意圖。 第六圖：係本創作插栓於剪斷時之剖面示意圖。 第七圖：係本創作第二實施例之示意圖。 第八圖：係本創作第三實施例之示意圖。 第九圖··係本創作第四實施例之示意圖。 第十圖：係本創作第五實施例之示意圖。 第十一圖：係本創作第六實施例之示意圖。 第十二圖：係本創作第七實施例之示意圖。 第十三圖：係本創作第八實施例之示意圖。 (11)容室 (13)中孔 (15)防水墊圈 (17)絕緣部 (2 1 )導片 (2 3)組裝孔 (2 5)頭部 【主要元件符號說明】 (10)插栓 (1 2 )承室 (14)蓋體 (1 6)扣槽 (2 0)射頻識別晶片 (2 2 )基座 (2 4)頂針 12 M358380 (2 6)電路板 jr (28)頂掣桿 (3 Ο)栓座 — (3 3)外殼 — (3 5)導孔4 M358380 V. New description: 1 [New technical field] This creative department provides a variety of electronic seals, the technical fields of which include: • J, the two sets of pins of the radio frequency identification chip - conduction common road, (four) electricity: The combination of the seals allows the shared circuit to be electrically connected to the single-chip antenna; • Connected to meet economic manufacturing principles. Second, on the bolt of the difference. Tian Zhuang set, and De set up = = chip 'and longitudinally set up a circuit for the radio frequency identification chip control so that the plug is inserted into the bolt, Qiqi (four) road board shout Tian Wei frequency identification The electrical connection of the chip, and when the plug is cut, can be interrupted by the circuit board breaking, so as to make the overall structure more compact, in order to meet the principle of manufacturing. [Prior Art] Please refer to the first to third figures of the "Electronic Seal" of China Bulletin No. 1292007, which reveals a plug 2 that can be inserted into the socket 1, and the set of the socket 1 is provided with a fastening device i 2 . The plug 2 is buckled by the fastening device and cannot be separated from the m, and the bet 2 is provided with a wire device 31. The socket 1 is provided with a radio frequency identification b-chip matched with the antenna device 3 'When the plug 2 is inserted into the socket, the antenna split 丄 2 is by the two pins 2 1 a and the two pins 3 〇 a of the dies 3 〇 are formed to form an electrical connection. This k is only required to identify that the host 5 emits - the electromagnetic wave 5 a is received by the antenna device 31, and the radio frequency identification chip 3 can convert the voltage provided by the electromagnetic wave 5 a and use the voltage to be stored in the radio frequency identification chip. 3 M M358380, the identification code is modulated into an electromagnetic wave 3 a emitted by the antenna device 3 , to enable identification, the host 5 can obtain the identification code after receiving the identification electromagnetic wave 3 a and demodulating it, and according to The identification code is used to know the identity of the container, but when the plug 2 is 'replaced or the two pins 31 a are cut At this time, the electrical connection between the RFID chip 3 〇 and the antenna device 31 is interrupted and the identification electromagnetic wave 3a cannot be emitted, thereby enabling the identification host 5 installed by the customs to quickly identify and manage the work of the container. * can. • As shown in the eighth to theteenth aspect of the patent, a first antenna 7丄 and a second antenna 7 2 are respectively mounted in the socket 7, and the socket 7 is further provided with a radio frequency identification chip 7 4 . The radio frequency identification chip 3 〇 also has two conductive pins 7 41 corresponding to the two antennas 7 i, 7 2 . When the plug 6 is not inserted into the socket 7 , the two conductive pins 7 4 1 and the two antennas 7 1, 7 2 technology is not electrically connected, when the plug 6 is inserted into the socket 7, the two conductive pins 741 can be electrically connected with the two antennas 71, 72 to achieve the identification of the first to third figures. Features. # Throughout the two different implementation technologies, they all have the disadvantage of high manufacturing cost. Specifically, the two pins 3 ia shown in the first to third figures are mostly inserted and checked. The structure is completed, and the cost is not expensive; as for the technology of the eighth to the fourteenth, the setting of the two antennas 7 i, 7 2 and the two conductive pins 7 4丨 will be greatly increased (4) the process of the domain, There is no benefit to the cost of this. [New content] i In view of the high cost and low efficiency of the use of electronic seals, it is based on years of professional experience and experience. After continuous conceiving and research, M358380 ^ is an economical electronic Seal. : The mainstay of the electronic seal is: provide - plug, - plug the plug into the & seat 'the plug seat is provided with a snap device, so that when the plug is inserted into the socket, the buckle σ 4 sets "biU each; the general: the plug, the plug should be equipped with a matching radio frequency identification chip, antenna device, the two sets of pins of the radio frequency identification chip constitute a mutual conduction loop, as for The antenna device is a body-formed body and enables insertion and insertion. When inserted into the socket, it can be connected to the antenna device, so that the antenna device can be electrically connected to the radio frequency identification crystal tablet, and the plug is (4) or When the replacement, the electrical connection can be interrupted, so that the identification host installed by the customs can quickly identify and manage the function of the cargo sand. The overall structure can achieve the principle of economic manufacture, which is sufficient to remove the problem of the conventional technology. The seal is a new technology that effectively solves it. The electronic seal of the creation is also provided as follows: a plug-in, a plug for inserting and inserting, and a check for the money to be inserted, and when the brim plug is inserted into the wall seat, the fastening device can fix each other; The utility model is characterized in that the plug itself is an antenna device, and a radio frequency identification chip is arranged in the plug, and a circuit board capable of controlling the radio frequency identification chip is arranged, so that when the plug is inserted into the plug seat, The antenna device can be electrically connected to the radio frequency identification chip through the circuit board, and when the plug is cut, the electrical connection can be interrupted by the circuit board breaking, so that the overall structure is more simplified. In line with the principle of economic manufacturing, the identification system installed by the Customs can achieve the function of quickly identifying and managing containers. The overall structure can also meet the principle of economic manufacture. [Embodiment] M358380 In order to enable your review board to further understand the structure of the creation, the following is a detailed outline of the preferred embodiment of the present invention: 凊茶阅第-~6图' This creation includes at least: Plug (1Q), the top end of which is recessed downwardly - ": chamber (1 2), plug (1 〇) and axially connected to the hole (13) in the chamber (12) , the capacity 1) top can be thermoplastic cover (i 4) closed Tian Ri·丨大制士, 狂 v丄U) the bottom edge of the outer wire has anti-rotation ring (15), and in waterproof _ (i 5 The radial recess is provided with a buckle groove (16). ^ is mounted on the radiation side wafer (2G) of the chamber (1 1 ), and the two sets of pins of the radio frequency identification diaphragm (20) are connected to the guide Pieces (2ι), according to the formation - mutual conduction of Peng, and (4) Langjing earned - insulated base (2)), the base (2)) bottom =) group of agricultural holes (2 3) 'to provide - can be The thimbles (2 4 ) which are electrically conductive and electrically conductive are tightly matched, and the thimbles (2 4 ) have a larger rear head (2 5 ), and the heads (2 5 ) are exactly p艮Located in the chamber (丄2); a bolt (30) The half shells (3 丄) (3 2) are joined together, and the two shells (31) (32) can be inserted from the bottom end of the shell (33), and then the heat can be used. The bottom end of the shell (3 3 ) (not shown)* can fix the two shells (32) (32) in the outer casing (3 3). The check seat (3 〇) is recessed at one end. Jack (3 4) for inserting the bottom edge of the plug (1〇), and concentric connection at the bottom end of the jack (3 4) - Guide hole (3 5) of the smaller M358380 diameter, this guide hole (3 5) The bottom end is located at the center of the bolt seat (3 Ο), the socket (3 〇) and has a transverse groove (36), and is symmetrically connected to both ends of the transverse groove (36). In the longitudinal groove (3 7), the transverse groove (36) and the longitudinal groove (37) form an n-shaped form, and the socket (3 〇) is radially expanded at an appropriate position of the guide hole (35). There is an elastic chamber (38); an antenna device (4 〇) matching the RFID chip (20), which is a body-formed sheet and is inserted into the transverse groove in a slightly curved shape ( 3 6) and the longitudinal groove (3 7) and make the antenna device (4◦) have a larger semicircle at both ends, and make the middle position The bottom end of the guide hole (35); or as shown in Fig. 13, the body-formed antenna device (4〇) can also be shaped into a τ-type or other sheet shape, and only needs to be able to provide a radio frequency_chip ( 2 〇) Wei can be connected; a linkage structure is installed in the spring chamber (38) with a spring (5丄) and a sliding guide in the hole (3 5) - a conductive guide rod ( 5 2) The guide rod (52) has a shoulder (5 2 0) ' for pushing the spring (52) to push the top end of the guide rod (52) into the jack (3 4) The middle and bottom ends are in a position away from the antenna device (40); and a fastening device is disposed in the socket (3 Q), and the pick-up seat (3 〇) is radially outward at an appropriate position of the jack (3 4 ) The expansion of the upward slope is provided - the shouting slot (6 work), the assembly slot (6 1) is provided at the Wei Duan position - the buffer surface (6 2 ), and then the assembly groove (6 1) and the cushion washer (6) 2) _ group is equipped with __e type buckle (6 3) 'The buckle (6 3) is arranged obliquely corresponding to the group groove (6 workers) and makes the buckle (6 3) The inner hole is at the bottom end so as to have a sufficient margin of M358380 and The effect is such that the bottom end of the plug (i 〇) which can be radially expanded is inserted so as to be fastened to the buckle (i 6 ) of the plug (1 〇), and the insertion (10) is The fastening device is buckled and cannot be retracted from the socket (3 〇), so that the top end of the closed socket (3 4) that is airtight (15) is sealed to prevent rainwater from being poured into the socket (30). Function, while the plug (χ 〇) is inserted into the socket (3 〇), the bottom end of the thimble (2 4) can just touch the guide rod (5 2) to move down against the preset elastic force of the magazine (5 1) - The predetermined stroke is such that the bottom end of the guiding rod (52) abuts against the central position of the antenna device (40), so that the antenna device (4〇) can be electrically connected to the radio frequency identification chip (2◦), and the plug (i Q) When the switch is cut or replaced, the electrical connection can be interrupted. (4) The sea rider can realize the function of quickly identifying and managing the container. According to the above structural description, the present invention only needs to make two sets of pins of the radio frequency identification chip (2 〇) connected to the guide piece (2 i) to form a conduction loop, which can be inserted through the plug (10). The socket (30) allows the thimble (24) and the guide rod to be connected to the single-piece body of sugar (4Q). These techniques can be used to manufacture and assemble the antenna device (4 )). , greatly improving the utility of too many new-handed operations is more convenient and fast, so that the creation can indeed send a high degree of benefit, so that the seams are effective in the production of the chapters, so it is in line with economic benefits. Silver hi ^= five and six 峨, this creation is obtained from the thimble (2 4) outside the setting, the back or the spiral shape of the damage groove, by reducing the damage groove nn, ^ summer makes the cut plug easier And convenient. In addition, the creation can be additionally mounted on the bottom of the insertion (U) or M358380 f thimble (24) - a sensor (not shown), a plug (1 ' 〇) or a thimble (2 4) The end pressure is pressed against the guide rod (5 2), and the electric antenna device (4 0 ) and the sensor can be electrically connected at the same time, so that the sensor can additionally trigger an external circuit to meet the need for additional wireless monitoring, and When the plug (1 〇) is cut or replaced, it can simultaneously cut off the electrical connection of the day (4 Q ) and the device. μ paste seventh®' is the second embodiment, the seventh station system indicates that the creation does not require the linkage structure of the fourth®, that is, it can be implemented by light stomach, as long as the overall length of the insertion check (1 • 0) is lengthened. When the plug (1〇) is inserted into the socket (3 〇), the plug (10) can be buckled by the fastening device and cannot be retracted from the socket (3 〇), and the thimble of the plug (10) (2 4) The bottom end can abut the central position of the antenna device (4 〇) '俾 enable the antenna device (4 〇) to be electrically connected to the RFID chip (2 〇), and at the plug (1 Q ) When it is cut or replaced, the electrical connection can be made, and the overall structure is equivalent to the fourth figure. Please refer to the eighth figure, which is a third embodiment of the present invention. The embodiment shows that the shape of the socket (3 Q) and the antenna device (4 〇) of the third spring diagram can be arbitrarily changed, and only the plug is required. (i 〇) When the plug (3 〇) is inserted, the radio frequency identification chip in the plug (丄0) can be electrically connected to the central position of the antenna device (4 〇). Please refer to the ninth figure, which is a fourth embodiment of the present invention. The embodiment mainly illustrates that the radio frequency identification chip (2 〇) and the thimble (24) are suspended and positioned by the elastic element (2 7 ). In the bottom of i 〇), the plug (丄〇) limits the positioning of the RFID chip (2 〇) and the thimble (2 M358380 ., 4 ) with a lower-priced top mast (2 8). When the plug (1 Ο ) and the top mast (28) are cut, the radio frequency identification chip (20) and the thimble (2 4) are separated from the original position to interrupt the antenna device and the RFID chip (20). The electrical connection is used to achieve the equivalent function of the first to sixth figures. Referring to the tenth embodiment, which is the fifth embodiment, the thimble (2 Λ . 4) of the main fourth figure is replaced by a longitudinally disposed circuit board (26) to cut the plug (1). 〇) When the 'board' (2 6) can be cut synchronously, the # electrical connection can be interrupted, and its overall structure is equivalent to the fourth figure. As for the eleventh figure, the linkage structure consisting of the spring (51) and the guide rod (52) of the tenth figure is further simplified. The overall length of the plug (1〇) is lengthened, and the plug is inserted (1). 〇) When inserting the socket (3 Q), its plug (丨Q) can be buckled by the fastening device and cannot be retracted from the seat (3◦), while the thimble (2 4) of the plug (10) is at the bottom end. It can just abut the center of the antenna device (4 Q), so that the antenna device (4 Q) can be electrically connected to the radio frequency identification a (2 〇), and the plug (丄〇) is cut off. Or • When changing, the electrical connection can be interrupted and its overall structure is equivalent to the eighth figure. Please refer to the twelfth embodiment, which is a seventh embodiment of the present invention, which comprises: a plug (10), a plug (3〇) into which a plug (1〇) can be inserted, the check seat (3〇) is provided with a fastening device so that when the insertion test (10) is inserted into the socket (30), the insertion device can insert the plug (lQ) into the socket (3 (5) is characterized by: (i ◦) itself is a magnetically permeable antenna device in the outer periphery, and a 1-band _ slice (2 〇) is placed in the insertion test (1〇)_, and a longitudinally-configured wafer can be used (2〇) Control circuit board (Μ), M358380 • When the plug (10) is inserted into the socket (3 〇) and is fastened for the buckle, it can be touched by the board (2 6 ) to make the board ( 2 6) By means of her point control, the antenna device formed by the outer periphery of the plug (10) is connected to the radio frequency identification chip (2 〇), and when the plug (10) is cut, the circuit board can be used. (2 6, ·, the circuit breaker to break the electrical connection, so that the overall structure can be more simplified. Here - not to mention, in order to avoid the plug (1 0) the edge is padlocked with the container or other magnetically guided items , and dry_plug (1 Q) outer riding shape The normal operation of the wire device can be provided with an enlarged diameter insulating portion (17) at the top end of the dowel (1 0) for insulating each other, so that the interference of the antenna device can be prevented. As mentioned, this creation has completely broken through the problems of low efficiency of production and low degradation of quality defects due to the reformation of plugs and antennas. It is a high-level creation of a technical concept, which should meet the requirements of patent applications, and apply for it according to law. The description is only for the purpose of the present invention - the preferred embodiment has been limited to the scope of the implementation of the present invention, that is, the equivalent changes and modifications made by the applicant in accordance with the scope of the patent application for this creation should still be covered by this creation. M358380 [Illustration of the simple soap] The first picture: a schematic diagram of the structure of the creation. The second picture: a three-dimensional diagram of the creation of the radio frequency identification chip. The third picture: the creation of the plug and the socket Schematic diagram of the decomposition. The fourth picture: the schematic diagram of the cross-section of the plug when the plug is to be inserted into the plug. The cross-sectional view of the combination of the plug and the plug is the sixth. The schematic diagram of the cross section of the creation plug in the cutting. The seventh figure is a schematic diagram of the second embodiment of the present creation. The eighth figure is a schematic diagram of the third embodiment of the creation. The ninth figure is the fourth implementation of the creation. Fig. 11 is a schematic view showing a fifth embodiment of the present creation. Fig. 11 is a schematic view showing a sixth embodiment of the present creation. Fig. 12 is a schematic view showing a seventh embodiment of the present creation. Three figures: A schematic diagram of the eighth embodiment of the present creation. (11) Housing (13) Middle hole (15) Waterproof gasket (17) Insulation (2 1 ) Guide piece (2 3) Assembly hole (2 5) Head Ministry [Major component symbol description] (10) Plug (1 2) Housing (14) Cover (16) Buckle (20) Radio frequency identification chip (2 2) Base (2 4) Thimble 12 M358380 ( 2 6) Board jr (28) Top mast (3 Ο) bolts - (3 3) Housing - (3 5) Pilot
P (3 7)縱槽 (4 0)天線裝置 φ ( 5 1)彈簧 (520)肩部 (61)組裝槽 (6 3)扣環 (2 7)彈性元件 (3 1) (3 2)殼體 (3 4)插孔 (3 6)橫槽 (38)彈簀室 (5 2)導桿 (6 2)緩衝墊圈P (3 7) longitudinal slot (4 0) antenna device φ ( 5 1) spring (520) shoulder (61) assembly groove (6 3) buckle (2 7) elastic element (3 1) (3 2) shell Body (3 4) jack (3 6) transverse groove (38) magazine chamber (5 2) guide rod (6 2) buffer washer
1313