200532575 (1) 玖、發明說明 【發明所屬之技術領域】 本發明係關於管理有關入場券、會員券等之票券的識 別資訊之方法及系統，特別是關於管理有關具有機械處理 用和人用的兩種識別資訊之票券的識別資訊之方法及系 統。 【先前技術】 近年來，在鐵路用電子乘車券（定期券、預付卡）、 滑雪場之吊車券等用途中，由其之方便性，正逐漸使用非 接觸1C卡。 另外，作爲非接觸1C卡的代替品，如在日本專利特 開平1 1 -27796 3號公報也述及般之含非接觸1C之入場券 等也被提出。但是，非接觸1C卡每一張的價格高，一般 係在發行時，由使用者取得押金，在使用結束後，回收 1C卡並予以再利用，於大量發行鐵路之普通乘車券、電 影院之入場券等只限一次之票券的場所，非接觸1C卡之 利用有其困難。200532575 (1) 发明. Description of the invention [Technical field to which the invention belongs] The present invention relates to a method and system for managing identification information of tickets related to admission tickets, membership tickets, and the like, and particularly to management related to mechanical processing and human use. Two methods and systems for identifying information of a ticket for identifying information. [Prior art] In recent years, non-contact 1C cards are gradually being used in applications such as railway electronic coupons (time coupons, prepaid cards), and ski lift tickets. In addition, as a substitute for the non-contact 1C card, a general non-contact 1C ticket including a non-contact 1C card is also proposed in Japanese Patent Laid-Open No. 1 1-27796 3. However, the price of each contactless 1C card is high. Generally, the deposit is obtained by the user when the card is issued. After the end of use, the 1C card is recovered and reused. It is difficult to use the non-contact 1C card in places where tickets can only be used once.
另一方面，作爲便宜的非接觸1C卡，存在有如曰本 專利特開2 002 - 1 84 8 72號公報所示之具有辨識號碼的1C 卡。 在前述之日本專利特開平11-277963號的方式中，在 1C電路內寫入與顯示在入場券的券面者同等的資訊故， 由於需要令1C電路具有寫入功能故，不易變得便宜，要 -4- 200532575 (2) 實現用完即丟之票券有困難。 在前述之曰本專利特開2 002 - 1 8 4 8 72號的方式中’只 具有讀取專用的辨識號碼故，無法使用於日本專利特開平 11-277963號的方式，另外，日本專利特開平 Π-277963 號相反，在入場券的券面表示晶片的辨識號碼之方法’由 於晶片的辨識號碼凌亂故，在處理上有其困難。 【發明內容】 本發明之目的在於提供··利用具有如日本專利特開 2 0 0 2 - 1 8 4 8 7 2號所示之辨識號碼的I C晶片，可便宜地以 機械處理之票券系統。 本發明之其他目的在於提供：前述票券系統的票券之 再發行成爲可能之系統。 另外，本發明之其他目的在於提供：票券發行者以外 可付費或免費利用關於前述票卷系統之資訊的系統。 爲了前述目的，本發明之中心伺服器（例如，管理中 心）係具有：準備印刷在票卷表面等人辨識用之票卷ID (例如，票券號碼），和以黏貼等方法內藏在票券之ic 晶片所有的1C晶片ID (例如，晶片號碼）的對應表’在 票券製造、販賣、預約、使用等階段中，能做識別資訊間 的綜合轉換之功能。 另外，爲了前述其他的目的，本發明之識別資訊管理 伺服器係具有：準備伴隨再發行之新舊票券的對應表，基 於來自再發行終端的再發行要求，更新對應表的同時，對 200532575 (3) 於入場門關等之各種利用終端發訊所更新的資料之功能。 另外，爲了前述其他的目的，本發明之識別資訊管理 伺服器係具有：通過網路，公開識別資訊間的轉換功能' 票券再發行時之通知功能等，在來自第三者之機能利用要 求時’認證使用者之功能，以及因應需要予以計費之功 tb ° 由關於所附圖面之以下的本發明之實施例的記載，本 發明之其他目的、特徵以及優點裡應可變得淸楚。 [實施方式】 以下，利用圖面詳細說明本發明之一實施例。第1圖 係藉由具有非接觸1C晶片之票券的入場券系統之本實施 例的系統構成圖。本系統係假定進入如展覽會之會場’和 別的組織管理各設施的使用之系統。入場券9 0係含非接 觸IC晶片9 2，非接觸IC晶片9 2具有各晶片梧桐之個別 的識別資訊之晶片號碼9 3。另外，在入場券9 0的表面印 刷有票券號碼9 1。管理中心1 0具有資料庫1 1、資料庫 1 2，通過網路2 0與設施伺服器3 0、再發行終端7 0、入場 門關80等連接。在資料庫11儲存有關於發行完畢之票券 的票券號碼1 1 1和晶片號碼1 1 2的對應表’在資料庫1 2 儲存有在票券被再發行前，被再發行前之票券的晶片號碼 1 2 1和被再發行之票券的晶片號碼1 2 2 ° 設施伺服器3 0係管理會場內之設施的預約狀況之伺 服器，經由網路2 0而與管理中心1 0連接的同時’也經由 -6 - 200532575 (4) 網路60而與預約終端50連接。此處，作爲網路60之例 子，雖可考慮網際網路，作爲預約終端可考慮個人電腦’ 但是並不否定其他的形態。另外，設施伺服器3 0也與該 設施的入場門關40連接。入場門關40係藉由非接觸讀取 機41，與非接觸1C晶片92通訊，可讀取晶片號碼93。 在設施伺服器3 0內的資料庫3 1儲存有令預約時日、票券 號碼、晶片號碼相對應之資料，在預約時，資料被登錄’ 在設施使用時，此資料被加以利用。 再發行終端70係藉由網路20而與管理中心10連 接，另外，藉由非接觸讀取機71而與非接觸1C晶片92 通訊，可讀取晶片號碼93。 入場門關80係設置在展覽會的會場入口，藉由網路 2 0與管理中心1 0連接的同時，藉由非接觸IC讀取機8 1 而與非接觸1C晶片92通訊’可讀取晶片號碼93° 第2圖係設施預約時之各實體之處理流程。事前購入 票券之使用者在預約終端50輸入記載於票券之票券號碼 9 1和希望使用時日。此處’購入票券之使用者沒有讀取 晶片號碼的手段故，輸入晶片號碼至屬重要。所輸入的資 料在步驟2 1 0中，被送訊給設施伺服器。在步驟2 2 0中， 收訊預約資訊之設施伺服器在步驟2 3 0中’將至少含晶票 券號碼之票券號碼確認要求電文送訊給管理中心1 0。在 步驟240中，收訊票券號碼確認要求電文之管理中心1〇 在步驟2 5 0中，檢索資料庫1 1內是否存在對應收訊之票 券號碼的記錄。另外，此時’可考慮票券號碼可含密碼辨 200532575 (5) 識元（check sum :檢驗和）等，在管理中心檢查其之匹 配性等。在步驟260中，管理中心10送回因應步驟250 的結果之對應的晶片號碼，或在步驟23 0所送訊的票券號 碼是不存在於資料庫 Π之號碼之旨意的回應。在步驟 2 70中，收訊前述回應的設施伺服器30，在回應內存在晶 片號碼的情形下，判斷票券號碼爲正當，在步驟280中’ 於資料庫3 1儲存預約時日、票券號碼、晶片號碼，在步 驟2 90中，對於預約終端50送訊預約完了。在步驟270 中所收訊的回應電文內存在有晶片號碼時，判斷票券號碼 爲不正當的，在步驟 290中，對於預約終端 50送訊如 「符合之票券不存在」之類的訊息。 第3圖係顯示使用者利用預約之設施時的各實體之處 理。使用者一將票券90插入入場門關40，則入場門關40 在步驟310中讀取晶片號碼93，將該資料於步驟3 20中 送訊給設施伺服器3 0。在步驟3 3 0中，收訊電文之設施 伺服器3 0於步驟3 4 0中，檢索在資料庫3 1內是否有與晶 片號碼9 3相符之記錄，在記錄存在，且該預約時日與現 在時日相同時，在步驟3 5 0中，將可入場訊息送訊給入場 門關4 0，在其以外之情形’在步驟3 5 0中’將不可入場 訊息送訊給入場門關40。在步驟3 60爭’收訊前述電文 之門關在步驟3 70中，檢查收訊的電文’只在可入場之情 形，於步驟3 80中，打開門關。 在以上例子中，雖以設施伺服器3 0進行票券的檢 查，但是，例如也可是先將在該時間預定可入場之晶片號 -8- 200532575 (6) 碼由設施伺服器3 0送訊給入場門關4 0 ’在入場門關4 0 內進行前述檢查。 第4圖係顯示票券再發行時的處理流程。持有非接觸 I C晶片損壞等而無法讀取之票券的使用者來到再發行終 端7 0處的情形，再發行終端7 0的操作員在步驟4 1 0中’ 輸入舊票券的票券號碼，而且’在步驟420中’藉由非接 觸讀取機71讀取再發行的新票券之晶片號碼’在步驟 430中，對管理中心1〇送訊再發行電文（再發行要求訊 息）。當然，步驟4 1 0和步驟4 2 0的順序皆無所謂。在步 驟440中收訊再發行電文之管理中心，在步驟450 中，檢索資料庫11是否存在所送訊之舊票券的票券號 碼，在號碼不存在時，判斷爲不正當的票券’在步驟460 中，送訊不可再發行之訊息’在票券號碼存在時’將在步 驟4 5 0中所檢索的舊晶片號碼，和在步驟4 4 0中所收訊的 新的晶片號碼於步驟470中儲存在資料庫12 ’對於再發 行終端70送訊可再發行訊息。 在以上例子中，雖然在步驟4 2 0中’藉由非接觸讀取 機7 1讀取新票券的晶片號碼’也可代替此’而由鍵盤等 輸入新票券的票券號碼。在此方式之情形’雖然再發行終 端70的操作者之操作增加’卻有不需要非接觸讀取機71 之優點。在此方式之情形下’代替在步驟43 0以後所使用 的晶片號碼，變成使用票券號碼。 第5圖係顯示在進行再發行時’由管理中心對於各設 施伺服器進行再發行之通知時的處理流程。管理中心10 -9- 200532575 (7) 在步驟510中，由資料庫12檢索再發行前的票券之晶片 號碼。在步驟5 20中，於再發行前的晶片號碼得以檢索到 之情形，以檢索完之發行前晶片號碼爲基1^，回到步驟 5 1 0進行再檢索。在即使如此也無法檢索在發行前的晶片 號碼時，在步驟5 3 0中，對於設施伺服器30送訊至少含 前述所發現的全部之晶片號碼的淸單和最後被再發行之票 券的票券號碼之再發行資訊。在步驟540中，收訊則述再 發行資訊的設施伺服器，檢索包含在前述晶片號碼的淸單 之晶片號碼是否存在於資料庫31，在存在時’在步驟550 中，將該記錄更新爲最後被再發行之票券的資訊。即設施 伺服器30將票券的票券號碼和新1c晶片的晶片號碼當成 有效者以代替舊票券的票券號碼和舊1C晶片的晶片號 碼，而登錄在資料庫3 1。 在以上例子中，雖考慮以前被再發行時的再發行資訊 未被送到之情形等’在步驟5 3 0所送來之資料爲再發行前 的晶片號碼之淸單，例如’再發行資訊一定送到一事獲得 保證時，或設施伺服器3 0所管理的票券之資訊係屬何時 者可確實掌握之情形等，在步驟5 3 0所送來資料內的晶片 號碼之淸單則也可爲只是一個之晶片號碼。另外’在以上 例子中，再發行資訊的發送係假定爲票券的再發行一進 行，即刻便進行之情形，再發行資訊只發訊關於一張票券 之再發行資訊，但是’例如也可考慮彙總如夜間批次等每 一定時間等被再發行之票券資訊而予以發訊。 在以上之實施例中，以資料庫1 2所管理的資料雖設 -10- 200532575 (8) 爲晶片號碼，但是，由於晶片號碼和票券號碼爲1對1 故，也可以票券號碼做管理。在那時，於步驟5 3 0所發訊 的再發行資訊中包含過去的票券號碼淸單則也是合理的。 以上的實施例雖就入場券做說明，但是，本發明之資 料管理方式及再發行方式並不受限於入場券，也可考慮具 有機械處理用之識別資訊和人辨識用之識別資訊之兩者的 票券或卡片，例如職員證等身分證明書、信用卡等之金融 卡、電影的預約門票、折價券等各種的應用。 如依據本發明，使用單單識別資訊之讀取專用1C晶 片可構築能以機械處理之票券系統。 另外，如依據本發明，即使由於讀取專用1C晶片的 損壞等，需要票券再發行之情形，也可接續預約資訊等， 做票券再發行。 另外，如依據本發明，不單只是票券號碼，也可以 1C晶片號碼來管理票券故，得以抑制不正當之票券的利On the other hand, as a cheap non-contact 1C card, there are 1C cards having an identification number as shown in Japanese Patent Laid-Open No. 2 002-1 84 8 72. In the aforementioned Japanese Patent Laid-Open No. 11-277963, the same information as that displayed on the coupon face of the ticket is written in the 1C circuit. Therefore, it is not easy to become cheap because the 1C circuit has a writing function. To -4- 200532575 (2) It is difficult to realize the use of lost tickets. In the aforementioned method of Japanese Patent Laid-Open No. 2 002-1 8 4 8 72, 'only has an identification number for reading, so it cannot be used in the method of Japanese Patent Laid-open No. 11-277963. In addition, Japanese Patent No. On the contrary, Kaiping Π-277963, the method of displaying the identification number of the chip on the coupon side of the ticket is' the identification number of the chip is messy, so it is difficult to handle. [Summary of the Invention] An object of the present invention is to provide a ticket system that can be processed mechanically and inexpensively by using an IC chip having an identification number as shown in Japanese Patent Laid-Open Nos. 2 0 2-1 8 4 8 7 2 . Another object of the present invention is to provide a system which makes it possible to reissue tickets of the aforementioned ticket system. In addition, another object of the present invention is to provide a system in which information about the aforementioned ticket system can be used for a fee or free of charge other than a ticket issuer. For the foregoing purpose, a central server (for example, a management center) of the present invention has a ticket ID (for example, a ticket number) to be printed on the ticket surface for identification, and a ticket embedded in the ticket. The correspondence table of all 1C chip IDs (for example, chip numbers) of the IC chip of the coupon can perform a comprehensive conversion function between identification information in the stages of ticket manufacturing, sales, reservation, and use. In addition, for the other purposes described above, the identification information management server of the present invention has a correspondence table for preparing new and old tickets accompanying re-issuance, and updates the correspondence table based on the re-issue request from the re-issuance terminal. (3) Various functions such as the use of information updated by the terminal at the entrance gate. In addition, for the other purposes described above, the identification information management server of the present invention has a function of publicly converting identification information through a network, a notification function when a ticket is reissued, etc. The function of "authenticating users" and the function of charging according to needs tb ° From the description of the embodiments of the present invention below, the other objects, features, and advantages of the present invention can become: Chu. [Embodiment] Hereinafter, an embodiment of the present invention will be described in detail with reference to the drawings. Fig. 1 is a system configuration diagram of this embodiment using a ticket system having a non-contact 1C chip. This system is assumed to enter a venue such as an exhibition 'and other organizations to manage the use of each facility. The admission ticket 90 is a wafer number 93 containing a non-contact IC chip 92, and the non-contact IC chip 92 has individual identification information of each wafer sycamore. A ticket number 91 is printed on the surface of the ticket 90. The management center 10 has a database 11 and a database 12, and is connected to the facility server 30, the redistribution terminal 70, and the entrance gate 80 through the network 20. The database 11 stores the correspondence table of the ticket numbers 1 1 1 and the chip numbers 1 1 2 of the issued tickets. The database 1 2 stores the tickets before the tickets are reissued and before the tickets are reissued. The chip number of the ticket 1 2 1 and the chip number of the reissued ticket 1 2 2 ° Facility server 30 is a server that manages the reservation status of facilities in the venue and communicates with the management center 1 0 via the network 2 At the same time of connection, it is also connected to the reservation terminal 50 via the -6-200532575 (4) network 60. Here, as an example of the network 60, the Internet can be considered, and a personal computer can be considered as a reservation terminal ', but other forms are not denied. In addition, the facility server 30 is also connected to the entrance gate 40 of the facility. The entrance gate 40 communicates with the non-contact 1C chip 92 through a non-contact reader 41, and can read the chip number 93. The database 3 1 in the facility server 30 stores information corresponding to the reservation date, the ticket number, and the chip number. At the time of the reservation, the data is registered. This data is used when the facility is used. The redistribution terminal 70 is connected to the management center 10 through the network 20, and communicates with the non-contact 1C chip 92 through the non-contact reader 71 to read the chip number 93. The entrance gate 80 is installed at the entrance of the exhibition venue. It is connected to the management center 10 through the network 20 and communicates with the non-contact 1C chip 92 through the non-contact IC reader 8 1. Wafer number 93 ° Figure 2 shows the processing flow of each entity at the time of facility reservation. The user who purchased the ticket in advance inputs the ticket number 91 which is described in the ticket into the reservation terminal 50 and the date of use. Here, the user who bought the ticket has no means to read the chip number, so it is important to enter the chip number. The entered information is sent to the facility server in step 210. In step 220, the facility server receiving the reservation information sends the ticket number confirmation request message including at least the crystal ticket number to the management center 10 in step 230. In step 240, the receiving ticket number confirms the request message management center 10. In step 250, it searches whether there is a record corresponding to the received ticket number in the database 11. In addition, at this time, it can be considered that the ticket number can include password identification 200532575 (5) Check sum (check sum), etc., and check the matching at the management center. In step 260, the management center 10 returns the corresponding chip number corresponding to the result of step 250, or the ticket number sent in step 230 is a response to the intention that the number does not exist in the database Π. In step 2 70, the facility server 30 receiving the aforementioned response judges that the ticket number is valid if the chip number exists in the response. In step 280, the reservation date and time are stored in the database 31. In step 2 90, the number and the chip number are transmitted to the reservation terminal 50 and the reservation is completed. When there is a chip number in the response message received in step 270, it is judged that the ticket number is improper. In step 290, the reservation terminal 50 sends a message such as "the matching ticket does not exist". . Figure 3 shows each entity's treatment when the user uses the reserved facility. As soon as the user inserts the ticket 90 into the entrance gate 40, the entrance gate 40 reads the chip number 93 in step 310, and sends the information to the facility server 30 in step 3-20. In step 3 3 0, the facility server 30 receiving the message retrieves in step 3 4 0 whether there is a record in the database 3 1 that matches the chip number 9 3. When the record exists, and the appointment date and time At the same time as the present day, in step 3 50, the admission information is sent to the admission gate 40. Otherwise, in the case of 'in step 3 50', the admission non-admission message is transmitted to the admission gate. 40. At step 3 60, the door for receiving the above-mentioned message is closed at step 3 70. Check that the received message is only for admission. In step 3 80, the door is opened. In the above example, although the ticket is checked by the facility server 30, for example, the chip number -8-200532575 (6) that is scheduled to be admitted at that time may be sent by the facility server 30 first. 'Entry gate 4 0' Perform the aforementioned check within admission gate 40. Figure 4 shows the processing flow when the ticket is reissued. If a user who has a non-contact IC chip that cannot be read, such as a damaged IC chip, comes to the reissuing terminal 70, the operator of the reissuing terminal 70 enters the ticket of the old ticket in step 4 1 0 And the number of the new ticket reissued by the non-contact reader 71 in step 420. In step 430, the management center 10 is sent a reissue message (reissue request message). ). Of course, the order of step 4 10 and step 4 2 does not matter. In step 440, the management center receiving and reissuing the message, in step 450, searches the database 11 for the existence of the ticket number of the old ticket sent, and if the number does not exist, it is judged as an improper ticket. ' In step 460, the message that the non-reissueable message 'when the ticket number exists' will send the old chip number retrieved in step 4 50 and the new chip number received in step 4 40 on Step 470 is stored in the database 12 'for the redistribution terminal 70 to send redistributable messages. In the above example, although the chip number of the new ticket is read by the contactless reader 7 1 in step 4 2 0, the ticket number of the new ticket may be input by a keyboard or the like instead of this. In this case, 'although the operation of the operator of the reissue terminal 70 increases', there is an advantage that a non-contact reader 71 is not required. In the case of this method, 'instead of the chip number used after step 430, the ticket number is used. Fig. 5 shows the processing flow when the management center issues a notification of redistribution to each facility server at the time of redistribution. Management Center 10 -9- 200532575 (7) In step 510, the database 12 retrieves the wafer number of the ticket before reissue. In step 5-20, if the wafer number before re-distribution is retrieved, the retrieved wafer number before release is used as the base 1 ^, and return to step 5 10 for re-retrieval. If the wafer number before the issue cannot be retrieved even in this case, in step 5 30, the facility server 30 sends a bill containing at least all the wafer numbers found above and the ticket that was reissued last. Reissue information for ticket numbers. In step 540, the receiving server describes the facility server for reissuing the information, and retrieves whether the wafer number of the bill containing the aforementioned wafer number exists in the database 31, and if it exists, in step 550, updates the record to Information about the last reissued ticket. That is, the facility server 30 registers the ticket number of the ticket and the wafer number of the new 1c chip as valid instead of the ticket number of the old ticket and the wafer number of the old 1C chip, and registers them in the database 31. In the above example, although the case where the redistribution information has not been delivered before is considered, etc. 'The data sent in step 5 30 is a list of the chip number before the redistribution, such as' reissue information When it must be delivered, or the ticket information managed by the facility server 30 is when it can be grasped, etc., the list of chip numbers in the data sent in step 5 30 is also May be just one chip number. In addition, in the above example, the distribution of reissue information is assumed to be performed immediately after the reissue of the ticket, and the reissue information only sends out the reissue information of a ticket, but 'for example, Consider summarizing the information of reissued tickets, such as night batches, and sending them at a certain time. In the above embodiment, although the data managed by the database 12 is set to -10- 200532575 (8) as the chip number, since the chip number and the ticket number are 1 to 1, the ticket number can also be used. management. At that time, it is also reasonable that the redistribution information sent in step 5 30 includes the past ticket number coupon list. Although the above embodiments have described the admission ticket, the data management method and re-issuance method of the present invention are not limited to the admission ticket. Two types of identification information for mechanical processing and identification information for human identification may be considered. Tickets or cards, such as identity cards such as employee ID cards, financial cards such as credit cards, movie reservation tickets, discount coupons, and other applications. According to the present invention, a read-only 1C chip using only identification information can construct a ticket system that can be processed mechanically. In addition, according to the present invention, even if it is necessary to reissue the ticket due to damage to the read-only 1C chip, etc., the reservation information can be continued to reissue the ticket. In addition, according to the present invention, not only the ticket number, but also the 1C chip number can be used to manage the ticket, which can suppress the benefits of improper tickets.
前述記載雖就實施例而爲之，但是，本發明並不受限 於此，本發明在精神和所附之申請專利範圍的範圍內，可 做種種的變更以及修正，此對該業者而言，當屬不言自 明。 【圖式簡單說明】 第1圖係本發明之一實施例的系統構成圖。 第2圖係本發明之一實施例之系統預約的流程圖。 -11 - 200532575 (9) 第3圖係本發明之一實施例之入場時的流程圖。 第 4圖係本發明之一實施例之票券再發行登錄流程 圖。 第5圖係本發明之一實施例之票券再發行通知的流程 圖。 主要元件對照表 1 0管理中心 _ 11資料庫 12資料庫 2 0 網路 3 0設施伺服器 3 1資料庫 4 0入場門關 4 1非接觸讀取機 5 0預約終端 ® 60網路 70再發行終端 7 1非接觸讀取機 8 0入場門關 81非接觸1C讀取機 90 入場券 9 1票券號碼 92非接觸1C晶片 -12- 200532575 (10) 9 3 晶片號碼 111票券號碼 1 1 2晶片號碼 1 2 1晶片號碼 122晶片號碼Although the foregoing description is based on the examples, the present invention is not limited to this. The present invention can make various changes and amendments within the scope of the spirit and the scope of the attached patent application. , It is self-explanatory. [Brief Description of the Drawings] FIG. 1 is a system configuration diagram of an embodiment of the present invention. FIG. 2 is a flowchart of a system reservation according to an embodiment of the present invention. -11-200532575 (9) Fig. 3 is a flow chart when entering an embodiment of the present invention. Fig. 4 is a flow chart of a ticket re-issuance registration according to an embodiment of the present invention. Fig. 5 is a flowchart of a ticket reissue notice according to an embodiment of the present invention. Main component comparison table 1 0 Management Center _ 11 Database 12 Database 2 0 Network 3 0 Facility Server 3 1 Database 4 0 Entrance Gate 4 1 Contactless Reader 5 0 Reservation Terminal® 60 Network 70 Re Issuing terminal 7 1 contactless reader 8 0 entrance gate 81 contactless 1C reader 90 ticket 9 1 ticket number 92 contactless 1C chip-12- 200532575 (10) 9 3 chip number 111 ticket number 1 1 2 wafer number 1 2 1 wafer number 122 wafer number
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