201145215 六、發明說明： 【發明所屬之技術領域】 本發明係有關於一種出票系統，特別是有關於一種背 磁式票券之自動售票或人工售票的票機的出票系統。 【先前技術】 目前的自動售票系統（Automatic Ticket Vending Machine，ATVM )中，特別是背磁式車票的出票系統，其 φ 票卷（紙張）的傳輸方式係大量採用輥輪組的傳輸方式， 由於輥輪組與票卷的接觸方式以側面來看是呈點的接觸， 且由於裁切後的票卷窄而短，故無法利用輥輪組的傳輸方 式作長距離的快速輸送，致使傳統的自動售票系統整體出 票處理速度變慢。再加上在先前技術中，對票卷背磁資料 寫入的磁頭與驗證票卷背磁資料寫入正確性的磁頭為同一 個，此將使得在將資料以磁頭寫入票卷背磁之後，須再將 票卷回送到該磁頭的位置，以藉同一磁頭讀取所寫入背磁 ® 的資料，並驗證其正確性，因此，這種回送票券的動線設 計將會使整個出票系統的票卷傳送作業產生延遲，進而增 加了每一次的出票時間，而時間的增加對票務系統而言， _ 將造成難以忍受的重大影響。 【發明内容】 本發明目的係提供一種可直接在同向的票卷傳輸路徑 上完成錄碼、驗碼的出票系統；同時利用票卷傳輸模組之 二段式輸送帶的傳輸方式，使其提升出票的穩定性及速度。 201145215 為提供上述出票系統，本發明揭㈣ _二係具有傳送紙張之一進紙輥輪組，進:括二進 &具有-出紙端；-列印模組，且有―、昆輪組後 端’並於送紙裝置輸送路徑上 上資=接出紙 置；-切刀模組，係具有固持紙張的一前握 持部，前握持部及後握持部 “及—後握 銜接該列印模組之送紙裝晉=^有1刀’前握持部係 握持部所固持的紙張裁斷成一；張::：將：握持部及後 設有一寫入磁頭及一讀取趟頭’以將票券資料寫入ί序 性層，並由磁性層讀出以驗正寫入資料 一 餘，含-銜接票券輸送部之=輸 撥桿機構可根據錄碼模組的驗正結果，而位於一出Ϊ番 以輸出票券及一回收位置以回收票券。 取位置 上述錄碼模組之票券輪送部為二段式輸送， 部的前段包含-前置票券輸送部，前置票券輸送;^达 組相對接觸並同向的輸送帶所組成，票券輸送部的:= 樣係由二組相對接觸並同向的輸送帶所組成。 认同 本發明之出票系統係直接在同向（向前進的 的票卷傳輸路徑上完成錄碼、驗妈的出票系統，可σ 前技術中需要反向回送票券的定位、延遲問題。又： 之出票系統係於票卷傳輸模組採用二段式輸送帶 式’可使二段傳輪路徑之間形成相對較小的夾角，^小 201145215 出票系統所需的寬度尺寸，或利用形成相對較大的夾角， 以加大出票系統所需的寬度尺寸。 【實施方式】 茲配合圖式將本發明較佳實施例詳細說明如下。 本發明中所稱的票機，係包含自動售票機或人工售票 機。換言之，自動售票機或人工售票機都可以採用本發明 的出票系統作為核心機構。 • 首先請參照圖1所繪示本發明實施例之背磁式票券出 票系統的票機的前視圖、圖2所繪示的本發明實施例之背 磁式票券出票系統的票機的側視圖，以及圖3所繪示的本 發明實施例之背磁式票券出票系統的前視剖面圖。本實施 ‘ 例係設置於一自動售票機或人工售票機内，該票機10内部 ' 可置入複數紙張20,其較佳者可利用捲成一空心的紙卷24 狀，並利用一銷軸（圖中未示出）穿入該中心來提供該些 $ 複數紙張20，而該紙卷24的展開端係連接該進紙輥輪組 31(後述），該每一紙張20具有一正面21及一背面22，該 背面22具有一磁性層，具體可為一磁條，該出票系統包含： 一進紙模組30，係具有傳送該紙張20的一進紙輥輪 ' 組31，該進紙輥輪組31的後段（以紙張輸送方向為前， 以下方向邏輯均同）具有一出紙端32 (如第四圖所示）。 一列印模組40，具有連接該出紙端32的一送紙裝置 41，並於該送紙裝置41的紙張20輸送路徑上設有一列印 5 201145215 裝置42,以在該紙張20之該正面21印上文字及/或數字資 料（如第五圖所示），該文字.可為中文字，且該中文字的字 型係由該票機20上的電路機板（圖未示出）上的一中文字 型ROM所提供。 一切刀模組50，係具有一前握持部51及一後握持部 52以固持該紙張20，該前握持部51係銜接該列印模組40 之送紙裝置41的末端，該前握持部51及後握持部52之間 設有一切刀53，該切刀53係將該前握持部51及該後握持 部52所固持之紙張20裁斷，使後握持部52側的紙張20 ® 形成一單張的票券23 (如第五圖所示）。 一錄碼模組6Q，係包含銜接該後握持部52所固持之 該票券23的一票券輸送部61，用以輸送該票券23，且於 輸送路徑上依序設有一寫入磁頭62及一讀取磁頭63，以 應用寫入磁頭62將票券23資料寫入該磁性層，並應用讀 取磁頭63由該磁性層讀出資料，以驗正寫入資料是否正確 (如第六圖所示） Φ 一票卷傳輸模組70，包含一銜接該票券輸送部61的 該撥桿機構71以及一回收模組72，該撥桿機構71可以根 據該錄碼模組60的讀取磁頭63所讀取自磁性層的資料的 驗正結果，而使撥桿機構71位於一出票位置A，進以輸出 票券，或是使撥桿機構71位於一回收位置B，以令回收模 組72收容驗正失敗的有問題的票券20 (如第六圖及第七 圖所示）。 6 201145215 值得一提的是，回收模組72所收容的可更包含試印票 卷、紙卷24的前端部分票。 另外，該錄碼模組60的該票券輸送部61為二段式輸 送結構設計，該票券輸送部61的後段係由二組相對接觸並 同向的輸送帶611所組成，且該票券輸送部61的前段包含 一前置票券輸送部64，該前置票券輸送部64同樣係由二 組相對接觸並同向的輸送帶641所組成，該相接觸的輸送 帶611、641可以將票券20固定並快速精準地輸送。當然， ® 該票券輸送部61與該前置票券輸送部64之輸送路徑可以 相互形成一角度（如鈍角、直角或銳角）。 再者，上述實施例中，該紙張20的該正面21更包含 有熱感應層，且該列印模組40係為熱感式者。 本發明之特點係在於，本發明之出票系統直接在票卷 前進的傳輸方向中的票卷傳輸路徑上依序完成錄碼以及驗 碼，相對於先前技術中需要反向捲回票券，使同一磁頭可 ® 二次定位以讀取數據的作法，可降低整體出票時間的遲滯 問題。又本發明之出票系統係於票卷傳輸模組採用二段式 輸送帶的傳輸方式，可使二段傳輸路徑之間形成相對較小 的夾角，以縮小出票系統所需的寬度尺寸；或利用二段傳 輸路徑之間形成相對較大的夾角，以加大出票系統所需的 寬度尺寸，以適合異種規格的票機使用。 綜上所述，乃僅記載本發明為呈現解決問題所採用的 技術手段之實施方式或實施例而已，並非用來限定本發明 201145215 專利實施之範圍。即凡與本發明專利申請範圍文義相符， 或依本發明專利範圍所做的均等變化與修飾，皆為本發明 專利範圍所涵蓋。 【圖式簡單說明】 圖1繪示本發明實施例之背磁式票券出票系統的票機的前 視圖， 圖2繪示本發明實施例之背磁式票券出票系統的票機的側 視圖， 圖3繪示本發明實施例之背磁式票券出票系統的前視剖面 · 示意圖； 圖4繪示本發明實施例之背磁式票券出票系統的進紙模組 前視剖面示意圖； 圖5繪示本發明實施例之背磁式票券出票系統的列印模組 與切刀模組的前視剖面示意圖； 圖6繪示本發明實施例之背磁式票券出票系統的錄碼模組201145215 VI. Description of the Invention: [Technical Field] The present invention relates to a ticket issuing system, and more particularly to a ticket issuing system for a ticket machine for automatic ticketing or manual ticketing of a back magnetic ticket. [Prior Art] In the current Automatic Ticket Vending Machine (ATVM), especially the ticketing system for the back magnetic ticket, the transmission method of the φ ticket (paper) is a large number of transmission methods using the roller group. Since the contact mode of the roller set and the ticket roll is a point contact in a side view, and since the cut ticket volume is narrow and short, it is impossible to use the transport mode of the roller wheel set for rapid transport over a long distance, resulting in a conventional The automatic ticketing system has a slower overall ticket processing speed. In addition, in the prior art, the magnetic head written on the back magnetic data of the ticket is the same as the magnetic head in which the magnetic data of the verification ticket is written correctly, which will make the data after the magnetic head is written into the ticket back. The ticket must be returned to the position of the head to read the data written by the same magnetic head and verify its correctness. Therefore, the moving line design of the return ticket will make the whole The ticket delivery process of the ticketing system is delayed, which in turn increases the time for each ticketing, and the increase in time will have an unbearable impact on the ticketing system. SUMMARY OF THE INVENTION The object of the present invention is to provide a ticket issuing system that can directly perform recording and verification on the same direction of the ticket transmission path; and at the same time, the transmission mode of the two-stage conveyor belt of the ticket transmission module is used. It improves the stability and speed of ticketing. 201145215 In order to provide the above-mentioned ticketing system, the present invention discloses (4) _ second system has one of the paper feeding roller sets of the conveying paper, and includes: a binary input & a paper output end; a printing module, and a The rear end of the wheel set is attached to the paper feeding device transport path = the paper is placed; the cutter module has a front grip portion for holding the paper, the front grip portion and the rear grip portion "and" The paper feeding device that is connected to the printing module is smashed into the first holding unit, and the paper held by the front grip portion is cut into one; the sheet::: will be: the holding portion and the rear are provided with a writing head And a reading gimmick 'to write the ticket information into the 序 sequence layer, and read out by the magnetic layer to verify the written data, including the - transfer ticket transfer unit = the output lever mechanism can be recorded The result of the verification of the code module is located at a time to output the ticket and a recycling location to collect the ticket. The ticket delivery part of the location recording module is a two-stage delivery, and the front section of the part includes - The front ticket delivery department, the front ticket delivery; the ^ group is composed of the opposite contact and the same conveyor belt, the ticket delivery department: = the sample system consists of two groups It is composed of the conveyor belts that are in contact with the same direction. It is recognized that the ticketing system of the present invention is directly in the same direction (to complete the recording and transmission of the ticket transmission path of the forward ticket, the pre-technical system needs to be reversed The problem of positioning and delay of the ticket is sent back. In addition, the ticketing system is based on the two-stage conveyor belt type of the ticket transmission module, which can form a relatively small angle between the two-stage transmission paths. 201145215 The required width dimension of the ticketing system, or the use of a relatively large angle to increase the width dimension required for the ticketing system. [Embodiment] A preferred embodiment of the present invention will be described in detail below with reference to the drawings. The ticket machine referred to in the present invention includes an automatic ticket vending machine or a manual ticket vending machine. In other words, the ticket vending machine or the manual ticket vending machine can use the ticket issuing system of the present invention as a core mechanism. • First, please refer to FIG. A front view of the ticket machine of the back magnetic ticket issuing system of the embodiment of the present invention, a side view of the ticket machine of the back magnetic ticket issuing system of the embodiment of the present invention illustrated in FIG. 2, and FIG. Painted A front cross-sectional view of the back magnetic ticket issuing system of the present embodiment. The present embodiment is provided in an automatic ticket vending machine or a manual ticket vending machine, and the inside of the ticket machine 10 can be placed with a plurality of sheets 20, preferably The paper roll can be wound into a hollow paper roll 24 and threaded into the center by a pin (not shown) to provide the plurality of papers 20, and the unfolded end of the paper roll 24 is connected to the paper feed. a roller set 31 (described later), each of the sheets 20 having a front surface 21 and a back surface 22, the back surface 22 having a magnetic layer, specifically a magnetic strip, the ticket issuing system comprising: a paper feed module 30, There is a paper feed roller set 31 for conveying the paper 20, and the rear section of the paper feed roller set 31 (before the paper conveying direction is forward, the following directions are logically identical) has a paper end 32 (as shown in the fourth figure) Shown). A printing module 40 has a paper feeding device 41 connected to the paper discharge end 32, and a printing 5 201145215 device 42 is disposed on the paper 20 conveying path of the paper feeding device 41 to be on the front side of the paper 20 21 printed with text and/or digital material (as shown in the fifth figure), the text may be Chinese characters, and the font of the Chinese character is used by the circuit board on the ticket machine 20 (not shown) Provided on a Chinese character ROM. Each of the knife modules 50 has a front grip portion 51 and a rear grip portion 52 for holding the paper sheet 20, and the front grip portion 51 is coupled to the end of the paper feeding device 41 of the printing module 40. A knife 53 is provided between the front grip portion 51 and the rear grip portion 52. The cutter 53 cuts the paper 20 held by the front grip portion 51 and the rear grip portion 52 to make the rear grip portion The paper 20 ® on the 52 side forms a single ticket 23 (as shown in the fifth figure). A recording module 6Q is a ticket conveying unit 61 for engaging the ticket 23 held by the rear grip portion 52 for transporting the ticket 23, and sequentially providing a writing on the conveying path. The magnetic head 62 and a read head 63 apply the write head 62 to write the ticket 23 data into the magnetic layer, and the read head 63 is used to read data from the magnetic layer to verify whether the written data is correct (eg, The vouch-forward transmission module 70 includes a lever mechanism 71 that connects the ticket transport portion 61 and a recovery module 72. The lever mechanism 71 can be based on the recording module 60. The reading result of the data read from the magnetic layer by the reading head 63 is such that the lever mechanism 71 is located at a ticket issuing position A, the ticket is outputted, or the lever mechanism 71 is placed at a recovery position B, The recovery module 72 is arranged to contain the problematic ticket 20 (as shown in the sixth and seventh figures) in which the verification fails. 6 201145215 It is worth mentioning that the collection module 72 can further contain the front end portion of the test ticket and the paper roll 24. In addition, the ticket conveying portion 61 of the recording module 60 is designed as a two-stage conveying structure, and the rear portion of the ticket conveying portion 61 is composed of two sets of oppositely contacting and conveying belts 611, and the ticket The front section of the ticket transport unit 61 includes a front ticket transport unit 64 which is also composed of two sets of transport belts 641 which are in contact with each other and which are in contact with each other. The contact belts 611 and 641 are in contact with each other. The ticket 20 can be fixed and delivered quickly and accurately. Of course, the transport path of the ticket transport portion 61 and the pre-ticket transport portion 64 may form an angle (e.g., obtuse angle, right angle or acute angle) with each other. Furthermore, in the above embodiment, the front surface 21 of the paper 20 further includes a heat sensing layer, and the printing module 40 is a thermal sensor. The present invention is characterized in that the ticket issuing system of the present invention directly performs recording and verification on the ticket transmission path in the transmission direction in which the ticket advances, and requires reverse rewinding of the ticket in the prior art. The same head can be repositioned to read data, which can reduce the delay of the overall ticketing time. The ticket issuing system of the present invention is characterized in that the ticket transport module adopts a two-stage transport belt transmission mode, so that a relatively small angle between the two transport paths can be formed to reduce the required width dimension of the ticket issuing system; Or use a relatively large angle between the two-stage transmission path to increase the width dimension required by the ticketing system to suit the ticketing machine of different specifications. In view of the above, it is merely described that the present invention is an embodiment or an embodiment of the technical means employed to solve the problem, and is not intended to limit the scope of the implementation of the 201145215 patent. That is, the equivalent changes and modifications made in accordance with the scope of the patent application of the present invention or the scope of the invention are covered by the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a front view of a ticket machine of a back magnetic ticket ticketing system according to an embodiment of the present invention, and FIG. 2 illustrates a ticket machine of a back magnetic ticket ticket issuing system according to an embodiment of the present invention. 3 is a front cross-sectional view of a back magnetic ticket issuing system according to an embodiment of the present invention; FIG. 4 is a schematic view showing a paper feeding module of a back magnetic ticket issuing system according to an embodiment of the present invention; FIG. 5 is a front cross-sectional view showing a printing module and a cutter module of a back magnetic ticket issuing system according to an embodiment of the present invention; FIG. 6 is a front magnetic sectional view of the embodiment of the present invention; Recording module of ticket issuing system
與票卷傳輸模組的前視剖面示意圖；以及 I 圖7繪示本發明實施例之背磁式票券出票系統的撥桿機構 作動示意圖。 【主要元件符號說明】 10 票機 11 出票系統 20 紙張 21 正面 22 背面 8 201145215A front cross-sectional view of the ticket transfer module; and FIG. 7 is a schematic diagram showing the operation of the lever mechanism of the back magnetic ticket issuing system of the embodiment of the present invention. [Main component symbol description] 10 ticket machine 11 ticketing system 20 paper 21 front 22 back 8 201145215
23 票券 24 紙卷 30 進紙模組 31 進紙輥輪組 32 出紙端 40 列印模組 41 送紙裝置 42 列印裝置 50 切刀模組 51 前握持部 52 後握持部 53 切刀 60 錄碼模組 61 票券輸送部 611 輸送帶 62 寫入磁頭 63 讀取磁頭 64 前置票券輸送部 641 輸送帶 70 票卷傳輸模組 71 撥桿機構 72 回收模組 A 出票位置 B 回收位置 923 Tickets 24 Paper roll 30 Paper feed module 31 Paper feed roller set 32 Paper exit end 40 Printing module 41 Paper feeding device 42 Printing device 50 Cutter module 51 Front grip portion 52 Rear grip portion 53 Cutter 60 Recording module 61 Ticket conveying unit 611 Conveyor belt 62 Writing head 63 Reading head 64 Pre-ticket conveying unit 641 Conveyor belt 70 Ticket transfer module 71 Lever mechanism 72 Recycling module A Ticketing Location B Recycling Location 9