200918302 九 '發明說明： 【發明所屬之技術領域】 本發明是有關於一種標籤印製裝置，特別是指一種雙 用式標籤印製裝置。 【先前技術】 由於射頻無線識別（Radi〇 Frequency Identification, RFID)的應用層面已經越來越普遍，使得RFID的市場發展 及應用方案開始受到高度關注，並帶動其他廠商積極跟進 RFID技術的導入已逐漸成為企業提昇物流供應鏈管理水 準降低成本、企業管理訊息化、參與國際經濟大循環、 ¥強競爭力所不可缺少的技術工具和手段。 一個完整的rfid系統是由三個部份組合而成： 識別4示籤（Tag或是TranSp0nder)，主要由一可儲 存貪訊的積體電路晶片（IC Chip)和天線（Antenna) 經由特殊封裝技術組裝而成。 掃'^器（Reader或是interr〇gat〇r)，該掃讀器則由 天' '線無線電收發模組（RF Transceiver Module)以及 寅料處理模組(Data Processing Module)所構成。 3’系統主機（Host Computer)，裝有相關的資料處理 程式或應用軟體。 但疋’ RFTD的應用尚不如條碼系統來的普及，目前BACKGROUND OF THE INVENTION 1. Field of the Invention This invention relates to a label printing apparatus, and more particularly to a dual-purpose label printing apparatus. [Prior Art] Since the application level of Radio Frequency Identification (RFID) has become more and more common, the market development and application solutions of RFID have begun to receive high attention, and other manufacturers have actively followed up the introduction of RFID technology. It has gradually become an indispensable technical tool and means for enterprises to improve the management level of logistics supply chain, reduce costs, manage enterprise information, participate in the international economic cycle, and strengthen competitiveness. A complete rfid system is a combination of three parts: Identification 4 (Tag or TranSp0nder), mainly through a special package that can store corrupt IC chips and antennas (Antenna) Technology assembled. The sweeper (Reader or interr〇gat〇r) is composed of a ''RF Transceiver Module' and a Data Processing Module). The 3' system host (Host Computer) is equipped with related data processing programs or application software. However, the application of RFTD is not as popular as the bar code system. Currently
Rfid λ ® > 源'用上’仍需保留原有的條碼系統，以便讓未建置 RFID 5賣取設備的廠商，也能以掃讀條碼的方式來進行盤點 或物βσ識別的作業。因此，可同時印製條碼標籤與寫入 5 200918302 RFID識別碼的標籤機器，陸陸續續的被開發出來。rfid的 應用已逐漸X到肯定並持續發展，有鑑於此，未來市場對 具有條碼與RFID識別碼雙功能的標籤機需求勢必會快速成 長’並成為市場主流。 市售具有條碼與RFID寫石馬雙功能的標鐵機，是先將產 品資訊寫人RFID晶片中，同時印製條碼於標籤紙上，再由 操作人員將該標籤紙撕下，以人工的方式黏貼於貨品上。 而在條線產品的掛標縫牌作豐由 ^ 知戴砰作業中，標籤紙在印製後便自動 貼附到吊掛用鐵片±，接著再掛到條線產品上。故市售的 雙功能標籤機不適用於線材產品的標籤作業模式。 目别業界已開發出一種，，鐵片式 规'乃式RFID標籤牌’，，由於其 本身已結合RFID晶片功能，# 片力月b 口此右以現有之條碼印製設備 要導入RFID技術，便需額外增 曰刀 逼私序，即在鏺#貼宕 條碼標籤後’再以rFID寫碼哭、隹，_ 、 寫碼③進仃產品識別碼寫人與確認 的作業’然此一道程序定合婵^ & 曰a力掛才示鐵的作業時間，且易 X生因人員疏③、而未將RFID識別碼寫人的情況。 【發明内容】 n . _ 丨你圾供一種可同時印製條礁 進订無線標籤寫碼的雙用式標籤印製裝置。 ” '·、 於是，本發明之雙用式標鐵印製 單元、一押鑛M莫_ 匕3 . 一輸达 ‘咸...氏卷早兀、一條碼列 一括 -遮蔽單元。 靖寫天線，及 線識別晶片的標籤紙 送單元，並與該輸送 該標籤紙卷單元纟有複數貼有無 該標籤紙卷單元是鄰近地設於該輪 200918302 早几相配合地將含有無線識別晶片的該等標籤紙撕離。 該條碼列印頭是鄰近地設於該輸送單元’並與該輸送 單元相配合地依序將撕離的該等標籤紙印上條碼。 該讀寫天線是鄰近地設於該輸送單元，並與該輸送單 凡相配合地依序對含於該等標籤紙上的㈣無線識別晶片 進行讀寫。 一遮蔽早元，由導電金屬材料所製成，並設於該輸送 單元鄰近於該讀寫天線的一段，當該等標藏紙經過該遮蔽 單元時，職於該等„紙上的料無輯別 時失效。 it夕本發明之另一目的，即在提供一可對—標籤載 體進行條碼列印及無線寫碼的雙用式標籤印製裝置，該標 籤載體上設有一無線識別晶片，該 ^通雙用式標籤印製裝置包 ^-輸送單元、-標籤紙卷單元、—條碼列印頭、一黏 貼單元，及一標籤載體承載座。 吞亥標戴紙卷單元呈有福數碑邀；& 平兀八有複數私織紙’該標籤紙卷單元是 鄰近地設於該輸料元，並與該輪送單元相 標籤紙撕離。 也將4寺Rfid λ ® > The source 'use' still needs to retain the original bar code system, so that manufacturers who have not built the RFID 5 selling device can also perform the inventory or the object βσ recognition by scanning the bar code. Therefore, the labeling machine that can simultaneously print bar code labels and write 5 200918302 RFID identification code has been developed. The application of rfid has gradually been affirmed and continued to develop. In view of this, the demand for tagging machines with dual functions of bar code and RFID identification code is bound to grow rapidly in the future and become the mainstream of the market. The commercially available standard iron machine with barcode and RFID writing stone horse function is to first write the product information into the RFID chip, and simultaneously print the barcode on the label paper, and then the operator peels off the label paper in an artificial manner. Paste on the goods. In the operation of the labeling of the line product, the label paper is automatically attached to the hanging iron piece ± after being printed, and then attached to the line product. Therefore, the commercially available dual-function labeling machine is not suitable for the labeling mode of wire products. The industry has developed a type of iron-type RFID tag label, because it has been combined with the function of the RFID chip, #片力月口口 right to the existing bar code printing equipment to introduce RFID technology , you need to add additional knives to force the private order, that is, after 鏺 #贴宕 barcode label, 'write the code with rFID, cry, 隹, _, write code 3 enter the product identification code to write the person and confirm the job' The program is set to 婵^ & 曰a force to show the working time of the iron, and the easy X is caused by the personnel, but the RFID identification code is not written. SUMMARY OF THE INVENTION n. _ 圾 You are a dual-use label printing device that can simultaneously print a reef to order wireless tag writing. "·, Thus, the dual-purpose standard iron printing unit of the present invention, a bet mine M Mo _ 匕 3 . A loss of 'salty ... volume of early 兀, a code column included - shielding unit. An antenna, and a label paper feeding unit of the line identification wafer, and the plurality of labeling paper roll units are affixed to the labeling paper roll unit, and the labeling paper roll unit is disposed adjacent to the wheel 200918302, and the wireless identification chip is included The barcode printing head is adjacently disposed on the conveying unit 'and in cooperation with the conveying unit, sequentially printing the label papers which are peeled off. The reading and writing antenna is adjacently Provided in the transport unit, and in conjunction with the transport unit, sequentially read and write (4) the wireless identification chip contained on the label paper. The mask is made of a conductive metal material and is disposed on the transport unit. The conveying unit is adjacent to a section of the read/write antenna, and when the labeling paper passes through the shielding unit, it fails when the materials on the paper are not sorted. Another object of the present invention is to provide a dual-purpose label printing device for barcode printing and wireless writing of a label carrier, wherein the label carrier is provided with a wireless identification chip, which is dual-purpose The label printing device package - the conveying unit, the - label paper roll unit, the bar code printing head, a pasting unit, and a label carrier carrier. The Tenghai standard paper roll unit is blessed with a monument; & flat and eight has a plurality of private woven papers. The label roll unit is adjacently disposed on the feed element and is peeled off from the transfer unit. . Also will 4 temples
仰該條碼列印頭是鄰近地設於該輪送單元，並與 早兀相配合地依序將撕離的該等標籤紙印上條碼。 J —標=Γ是將，離並印有㈣標一貼於 該標藏載體承載座是用於承載貼有該標籤紙 體，並具有-讀寫天線’該標鐵載體承載座是由非：屬材 200918302 質所製成，當設有無線識別晶片之該標籤載體被放入該標 籤載體承載座時，即可藉由該讀寫天線對該無線識別晶片 進行讀寫。 本發明之功效在於，利用該讀寫天線之讀寫功能，並 配合該遮蔽單7L使寫碼中的該無線識別晶片與尚未寫碼的 無線識別晶片有所區隔，進而防止誤寫之情況，此外‘，‘本 發明之雙用式標籤印製裝置僅㈣現有之設備進行稍微的 改裝，即可達成對-含有無線識別晶片的標鐵紙進行條 列印與RFID寫碼兼具的的功能。 ^… 此外’本發明之另—功效在於，㈣改裝現有之條碼 標示牌印製設備之標籤載體承載座，以及利用設於該標鐵 載體承載座之内的讀寫天線對同樣置於該標籤载體承載座 之内，並貼附於該寺票籤載體上的無線識別晶片冑行讀寫， 進而達到條碼料與r™寫碼同時進行的的功能。· 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之四個較佳實施例的詳細說明中， 清楚的呈現。 在本發明被詳細描述之前，要注意的是，在以下的說 明中以的元件是以相同的編號來表示。 —如圖1所示，本發明雙用式標籤印製裝置之第一較佳 貝施例’ T印製條碼及進行無線標籤寫碼，該雙用式襟 印製裝置包含：—輸送單元1、一標籤紙卷單元2、-條碼 列印頭3、一讀寫天線4，及一遮蔽單元5。 200918302 該輸送單元1具有一捲繞件u及複數個滾輪12。 該標籤紙卷單元2具有一捲繞成卷的離形紙21，其上 ^有複數可撕離並含有無線識別晶片23的標籤紙，該標 籤紙卷單元2是鄰近地設於該輸送單元丨，並被該輸送單: 1之捲繞件11捲繞，再利用該等滾輪12的配置方向兩者 相配合地將含有該無線識別晶片23的標籤紙22相繼 於該離形紙21。 、、一該條碼列印頭3是鄰近地設於該輸送單元！，並與該輸 达单元1相配合地依序將撕離的該等標籤紙22印上條碼: 由於該條碼列印頭3的詳細構造、卫作原理以及其操作押 制方式等乃屬習知之事項，所以在此並不加以贊述。卫 該讀寫天線4是鄰近地設於該輸送單元丨，並與該輸送 單=1相配合地依序對含於該等標籤紙22上的該等無:識 別曰曰片23進行讀寫。在本實施例中，該讀寫天線4是與咳 條碼列印頭3同時對—撕離的標籤紙22進行處I同樣二 ’該讀寫天線4的詳細構造、卫作原理以及其操作控制 式等乃屬習知之事項，所以在此並不加以贅述。 ,一遮蔽單元5，由具有電磁波遮蔽特性的材料所製成， 並設於該輸送單元丨鄰近於該讀寫天線4的—段，當 標籤紙22經過該遮蔽單元5時，貼附於該等標籤紙田J上 的：：無線識別晶片23即會暫時失效。在本實施例中 遮蚊早tl 5具有二金屬5卜並分別鄰近地設於該讀 線4的上下二相反側並形成_通道，而承置於該輸送單元1 上的該等標籤紙22則會通過該通道地抵達該條碼列印頭3 200918302 及該讀寫天線4。 虽該輸送單元1之捲繞件11開始捲動時，即會拉動該 捲繞成卷的離形紙21在該粒輪12上作動，並使附於該 離形紙21上的該等標籤紙22通過該遮蔽單元5所提供之 遮蔽區後隨即被撕離，並抵達該條瑪列㈣3及該讀寫天 線4進行條碼列印與寫碼驗證之動作。 要注意的是，本發明之雙用式標籤印製農置是適合於 對已含有該無線識別晶片23的標籤紙22使用，並藉由將 該讀寫天、線4導人—現有的條碼印製設備中，使得在印製 條碼的同時能對含於該標籤紙22上的該無線_晶片Μ …亍寫|與驗π丘動作，讓條碼的印製與無線識別晶片23的 寫碼能夠—次完成，進而節省製造所需的時間及降低製程 的繁續度’也能有效排除習知般因人員疏忽而未將肌〇識 別碼寫入的情況。 另外，由於黏貼於該離形紙21上的該等標籤紙22之 間的間距並不大’很容易造成在寫碼動作時該讀寫天線4 所產生之無線電波誤將資訊同時寫入下一個即將接受寫碼 ^無線識別晶片23中，進而造成訊息寫人錯誤，因此，該 遮蔽單元5之二金屬板51即在防範此問題的發生，並藉由 其二金屬板51所形成之一通道，讓位於該通道内，但尚未 抵達寫碼區的該無線識別晶片23能因金屬對無線電波所產 的鏡像龟流效應（image current effect)而暫時失效，使該 貝寫天線4之無線電波僅能將訊息寫入位於該寫碼區之相 對應之無線識別晶片23中。 10 200918302 如圖2所示，該遮蔽單元5也可採用僅具有一金屬板 51之態樣’該金屬板51是鄰近地設於該讀寫天線4,而該 滾輪12上的該等標籤紙22則會先實質上地依附於該金屬 板51表面’之後再被撕離並抵達該條碼列印頭3及讀寫天 線4,目此，尚未抵達設定之寫碼區的該無線識別晶片η 同樣地會因金屬對线電波所產生的鏡像電流效應（image ㈣細effect)而暫時失效，使該讀寫天線4之無線電波僅 能將訊息寫入相對應之無線識別晶片23中。 如圖3所示’本發明雙用式標藏印製裝置之第二較佳 實施：’大致上是與該第一較佳實施例相同，才目同之處不 再夤5 ’其中不相同之處在於：經過稍微的改裝，上述之 雙用式的標籤印製裝置，除了可以用於逐一印製的標籤機 中’也可應用於自動化貼標機上，該自動化貼標機具有一 輪送帶100,該輸送t 100上承載有相間隔擺放，且其上設 :無線識別晶片23的標籤載體2〇〇,而上述之該標籤紙卷 單兀2及該輸送單元i是設置於該輸送帶1〇〇之相對上方 ，並相配合地將該等標籤紙22相繼輸出並黏貼於位於該輸 达帶100上的標籤載體200上，而該讀寫天線4則是設置 於該輸送帶100之相對下方，該遮蔽單元5則是與該輸送 帶100相整合，並同時被用於當作該輸送帶1〇〇之支撐板 ，且該遮蔽單元5僅在鄰近該讀寫天線4之一段是由非金 屬材質所製成（例如塑膠），其餘則為金屬。 該遮蔽單元5之非金屬段是與該輸送帶100上標籤載 體200的承置間隔相配合，使二相間隔的該標籤載體2〇〇 11 200918302 不會同時出現在該非金屬段，又 電波會被該遮蔽單元5之金屬段避广：天線4的無線 區僅鑛該遮蔽單元5 =屬;，所以其允許的讀寫 早兀5之非金屬段，因此，一次僅合右 ::位=鐵載體細上的該無線識別晶片Μ被讀; 驗澄，猎此確保讀寫的正確性。 因為本發明在實際應用上是對現有之標藏機設備進行 改裝，其現行的列印、黏貼標籤紙22之作業程序皆 改變，即可達成無線標籤讀寫得作業，進而降低導入刷〇 技術的成本。 — 个找π叉川八稞丨取双夏您弟三較佳 貝細例λ致上疋與該第二較佳實施例相同，相同之 再贅言’纟中不相同之處在於：本實施例是直接將該雙用 式標籤印製裝置裝設在該輸送帶丨⑻上方，並配合一 有複數標賴體200之輸送f丨⑻地將該標籤紙22貼於兮 標籤載體200上。 、 如圖5所示，本發明雙用式標藏印製裝置之第四較佳 實施例’大致上是與該第一較佳實施例相同，相同之處不 再秦。纟中不才目同之處在於：本實施例是可同時對—標 籤載體200進行條碼列印及無線寫碼，該標籤載體: 設有-無線識別晶23。該雙用式標籤印製裝置具有一輸 送單元1、一標籤紙卷單Α 2、一條碼列印頭3、一黏貼^ 元’及一標籤載體承载座6。 該輸送單το 1具有—捲繞件u及複數個滾輪丨2。 該標籤紙卷單元2具有—捲繞成卷的離形紙21，其上 12 200918302 2有複數可撕離的標籤紙22，該標籤紙卷單元2是鄰近地 5又於遠輸送單元卜並被該輸送單元1之捲繞件11捲繞， 用^等滾輪12的配置方向，兩者相配合地將該等標籤 紙22相繼撕離於該離形紙21。 °亥條碼列印頭3是鄰近地設於該輸送單元1，並與該輸 达平凡1相配合地依序將撕離的該等標籤紙22印上條碼， 由於該條碼列印頭3的詳細構造、工作原理以及其操作控 制方式等乃屬習知之事項，所以在此並不加以贊述。 該黏貼單兀（圖未示）是將一已撕離並印有條碼的標籤紙 22黏貼於該標籤載體2〇〇上，此種設備在業界中相當習知 ’因次不加以贅述。在本實施例中，該標籤載體為用 於製作金屬片無線標藏識別牌的金屬片，而其詳細構造及 作動方式皆屬習知，在此並不加以贅述。 該標籤載體承載座6是用於放置貼有該標籤紙22的標 籤載體200，並具有一讀寫天線4，該標籤栽體承載座6是 由非金屬材質所製成，當設有無線識別晶片23之該標籤載 體200被放入該標籤載體承載座時，即可藉由該讀寫天線* 對該無線識別晶片23進行讀寫。 在本實施例中，該標籤載體承載座6具有一座體部61 、一蓋體部62 ’及一連接部63，該座體部61是供該讀寫 天線4設置於其上，該蓋體部62是設置於該座體部61上 並遮蔽該讀寫天線4，且是用於承置該標籤栽體2〇〇，該連 接部63是由金屬所製成，並設置於該座體部61且與該讀 寫天線4電連接’該連接部63之一端是穿伸出該座體部6ι 13 200918302 之外，並與外界之一系統主機（圖未示）電連接，使該讀寫天 線4可透過該連接部63與該統主機電連接，進而令該讀寫 天線4接收該系統主機之指令而對位於該標籤載體2〇〇上 之無線識別晶片23進行測試與寫碼。 與。玄第車交佳實施例相同地，本實施例所揭示的雙用 式‘籤印裝置’可對現有之條碼印製裝置進行改裝來實 現，特別是在該標籤載體承載座6之材質上利用塑膠來取 代原先之金屬來製作’再藉由於該標籤載體承載座6 上的讀寫天線4,使設於該標籤載體扇上的無線識別晶片 23能夠在該標籤紙22在進行條碼印製時同時被讀寫及驗證 —但是，與該第-較佳實施例不同的是，本實施例所揭 =雙用式標籤印製裝置是將設有該無線識別晶片Μ的該 標籤載體2GG逐-放人該標籤載體承載座6中，再一 其無線識別晶片23進行寫碼’而此獨立寫碼的配置型式其 產此雖較該第二或第三較佳實施例所揭示之裝置要小，但 較佳實施例般有資訊誤寫的問題，所以： 肩並不用如該第-較佳實施例般需要-遮蔽單元5來 確保貢訊讀寫的正確性。 知納上述，本發明之雙用式標鐵印 天線4導入現右夕庐您& r λ 肝 5賈寫 該標藏紙22上的同ΓΓ ’使其在將條碼印製於 碼與驗證，並…二，對該無線識別晶片23進行寫 別標鐵進行早…還未進行寫碼的無線識 丁伟。董U防止誤寫之情況的發生，進而 14 200918302 雙用式標籤印製裝置的製作效率 對該無線識別晶月23的 5貝寫正確性，此外，本發明之雙用式標籤印製裝置可對含 2有=識:別晶片、23_的標籤紙22，或是不含有無線識別晶片 戴紙22進行條碼列印及無線識別晶片寫碼，也可實 施於自動化的貼標籤機上’其應用範圍相當寬廣，故確實 月巨達到本發明之目的。The bar code print head is adjacently disposed on the wheel transfer unit, and the strip labels are printed with bar codes in sequence with the early break. J - mark = Γ is, will be printed and printed (4) marked on the label carrier carrier is used to carry the label attached to the paper body, and has - read and write antenna 'the standard carrier carrier is non- The genus 200918302 is made of a material, and when the tag carrier provided with the wireless identification chip is placed in the tag carrier, the wireless identification chip can be read and written by the read/write antenna. The effect of the invention is that the read/write function of the read/write antenna is utilized, and the wireless identification chip in the writing code is separated from the wireless identification chip that has not been coded by the shielding blank 7L, thereby preventing the miswriting situation. In addition, ',' the dual-use label printing device of the present invention can only achieve a slight modification of the existing equipment, and can achieve both the strip printing and the RFID writing code for the standard iron paper containing the wireless identification chip. Features. ^... In addition, 'the other aspect of the invention is that (4) modifying the label carrier carrier of the existing bar code label printing device, and placing the pair of reading and writing antennas disposed in the carrier of the standard carrier carrier The wireless identification chip attached to the carrier ticket carrier is read and written within the carrier carrier, thereby achieving the function of the barcode material and the rTM writing code simultaneously. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments of the present invention. Before the present invention is described in detail, it is noted that the elements in the following description are denoted by the same reference numerals. - As shown in FIG. 1, the first preferred embodiment of the dual-purpose label printing apparatus of the present invention is used to print a barcode and perform wireless label writing. The dual-purpose printing apparatus comprises: - conveying unit 1 A label roll unit 2, a bar code print head 3, a read/write antenna 4, and a shielding unit 5. 200918302 The conveying unit 1 has a winding member u and a plurality of rollers 12. The label roll unit 2 has a rolled-up release paper 21 having a plurality of label sheets which are peelable and containing the wireless identification wafer 23, the label roll unit 2 being disposed adjacent to the transport unit Then, the winding member 11 of the transport sheet is wound, and the label paper 22 containing the wireless identification wafer 23 is successively fed to the release paper 21 by the arrangement direction of the rollers 12. , the barcode print head 3 is adjacent to the transport unit! And in conjunction with the delivery unit 1 to sequentially print the stripped label paper 22 with a bar code: due to the detailed structure of the barcode print head 3, the principle of the guarding, and the manner in which it is operated, etc. Knowing matters, so I won't comment here. The read/write antenna 4 is disposed adjacent to the transport unit 丨, and sequentially reads and writes the non-identifying cymbals 23 contained on the label paper 22 in cooperation with the transport sheet=1. . In the present embodiment, the read/write antenna 4 is at the same time as the cleaving code print head 3, and the tear-off label paper 22 is in the same position. The detailed structure of the read/write antenna 4, the guarding principle, and the operation control thereof. The formula is a matter of the prior art, so it will not be repeated here. a shielding unit 5, which is made of a material having electromagnetic wave shielding characteristics, and is disposed adjacent to the segment of the reading and writing antenna 4, and is attached to the labeling paper 22 when passing through the shielding unit 5 On the label paper field J:: The wireless identification chip 23 will temporarily fail. In the present embodiment, the mosquito cover early tl 5 has two metal 5 b and is respectively disposed adjacent to the opposite sides of the upper and lower sides of the read line 4 and form a channel, and the label paper 22 placed on the transport unit 1 The bar code print head 3 200918302 and the read/write antenna 4 are then reached through the channel. When the winding member 11 of the conveying unit 1 starts to be rolled, the wound paper 21 that is wound into a roll is pulled to act on the grain wheel 12, and the labels attached to the release paper 21 are attached. The paper 22 is then torn off by the shielding area provided by the shielding unit 5, and reaches the Malé (4) 3 and the read/write antenna 4 for bar code printing and writing code verification. It should be noted that the dual-use label printing farm of the present invention is suitable for use on the label paper 22 already containing the wireless identification wafer 23, and by guiding the reading and writing day and line 4 - the existing barcode In the printing apparatus, the wireless _chip 含 亍 与 与 与 与 与 与 与 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印 印It can be done in a timely manner, which saves the time required for manufacturing and reduces the complexity of the process. It can also effectively eliminate the case where the tendon identification code is not written due to human negligence. In addition, since the spacing between the label sheets 22 adhered to the release paper 21 is not large, it is easy to cause the radio wave generated by the read/write antenna 4 to write information simultaneously at the time of writing. One is about to accept the writing code ^ wireless identification chip 23, which causes the message to be written incorrectly. Therefore, the two metal plates 51 of the shielding unit 5 prevent the occurrence of this problem and are formed by the two metal plates 51. The channel, the wireless identification chip 23 located in the channel but not yet reaching the writing area can be temporarily disabled due to the image current effect produced by the metal on the radio wave, so that the writing antenna 4 is The radio wave can only write the message into the corresponding wireless identification chip 23 located in the code writing area. 10 200918302 As shown in FIG. 2, the shielding unit 5 can also adopt a state in which only one metal plate 51 is provided. The metal plate 51 is adjacently disposed on the read/write antenna 4, and the label paper on the roller 12 22 will be substantially attached to the surface of the metal plate 51 and then torn off and reach the bar code print head 3 and the read/write antenna 4, so that the wireless identification chip η has not yet reached the set code writing area. Similarly, the image current effect (image) caused by the metal-to-wire wave temporarily fails, so that the radio wave of the read/write antenna 4 can only write the message into the corresponding wireless identification chip 23. As shown in FIG. 3, the second preferred embodiment of the dual-purpose label printing apparatus of the present invention is 'substantially the same as the first preferred embodiment, and the same thing is no longer 夤5' which is different. The point is that after a slight modification, the above-mentioned dual-purpose label printing device can be applied to an automatic labeling machine in addition to being used in a labeling machine which is printed one by one, and the automatic labeling machine has a round of delivery. a belt 100, the transport t 100 carries a spaced-apart arrangement, and is provided with a label carrier 2〇〇 of the wireless identification chip 23, and the label roll unit 2 and the transport unit i are disposed thereon The conveyor belts are disposed on the opposite side of the conveyor belt, and the label papers 22 are successively output and adhered to the label carrier 200 on the conveyor belt 100, and the read/write antenna 4 is disposed on the conveyor belt. The shielding unit 5 is integrated with the conveyor belt 100 and is simultaneously used as a support plate for the conveyor belt 1 , and the shielding unit 5 is only adjacent to the read/write antenna 4 One section is made of non-metallic material (such as plastic), and the rest is metal. The non-metallic section of the shielding unit 5 cooperates with the receiving space of the label carrier 200 on the conveyor belt 100, so that the two-phase spaced label carrier 2〇〇11 200918302 does not appear in the non-metallic section at the same time, and the radio wave will The metal section of the shielding unit 5 is avoided: the wireless area of the antenna 4 only mines the shielding unit 5 = genus; therefore, it allows the reading and writing of the non-metallic section of the early 5, so that only the right:: bit = The wireless identification chip on the iron carrier is read; the test is performed to ensure the correctness of reading and writing. Because the invention is adapted to the existing standard machine equipment in practical application, the current printing and pasting label paper 22 operating procedures are changed, thereby achieving wireless label reading and writing operations, thereby reducing the introduction of brushing technology. the cost of. - Finding π 叉川八稞丨取双夏你弟三等贝细例 λ致上疋 The same as the second preferred embodiment, the same re-sentence '纟 is different in: this embodiment The dual-use label printing device is directly mounted on the conveyor belt cassette (8), and the label paper 22 is attached to the enamel label carrier 200 in conjunction with a transporting device (8) having a plurality of standard bodies 200. As shown in Fig. 5, the fourth preferred embodiment of the dual-purpose label printing apparatus of the present invention is substantially the same as the first preferred embodiment, and the same points are not repeated. What is not the same in the middle is that this embodiment can perform barcode printing and wireless writing on the label carrier 200 at the same time, and the label carrier: is provided with a wireless identification crystal 23. The dual-purpose label printing apparatus has a transport unit 1, a label roll unit 2, a code print head 3, a pasting unit ' and a label carrier holder 6. The transport sheet το 1 has a winding member u and a plurality of rollers 丨2. The label roll unit 2 has a release paper 21 wound into a roll, and the upper 12 200918302 2 has a plurality of tearable label sheets 22 which are adjacent to the ground 5 and further to the transport unit. It is wound by the winding member 11 of the conveying unit 1, and the label paper 22 is successively torn off from the release paper 21 in cooperation with the arrangement direction of the rollers 12, and the like. The barcode printing head 3 is adjacently disposed on the conveying unit 1 and, in cooperation with the delivery of the ordinary one, sequentially prints the strips of the label paper 22 which are peeled off, because the barcode printing head 3 Detailed construction, working principle, and operation control methods are common matters, so they are not mentioned here. The adhesive sheet (not shown) is a label paper 22 which has been peeled off and printed with a barcode, and is attached to the label carrier 2, which is well known in the industry. In this embodiment, the label carrier is a metal sheet for making a metal sheet wireless identification card, and the detailed structure and operation manner thereof are well known and will not be described herein. The label carrier carrier 6 is for placing the label carrier 200 to which the label paper 22 is attached, and has a read/write antenna 4 which is made of a non-metal material and is provided with wireless identification. When the tag carrier 200 of the wafer 23 is placed in the tag carrier carrier, the wireless identification chip 23 can be read and written by the read/write antenna*. In this embodiment, the label carrier carrier 6 has a body portion 61, a cover portion 62' and a connecting portion 63. The base portion 61 is provided with the read/write antenna 4 disposed thereon. The portion 62 is disposed on the base portion 61 and shields the read/write antenna 4, and is for receiving the label carrier 2, the connecting portion 63 is made of metal and is disposed on the base The portion 61 is electrically connected to the read/write antenna 4. One end of the connecting portion 63 extends beyond the body portion 6ι 13 200918302 and is electrically connected to a system host (not shown) of the outside world to enable the reading. The write antenna 4 can be electrically connected to the host through the connection portion 63, and the read/write antenna 4 can receive the command from the system host to test and write the wireless identification chip 23 located on the label carrier 2A. versus. The dual-use 'printing device' disclosed in this embodiment can be implemented by modifying the existing bar code printing device, in particular, the material of the tag carrier carrier 6 is used. The plastic replaces the original metal to make 'by the read/write antenna 4 on the label carrier carrier 6, so that the wireless identification chip 23 provided on the label carrier fan can be printed on the label paper 22 when the barcode is printed. At the same time, it is read, written, and verified - however, unlike the first preferred embodiment, the dual-use label printing apparatus disclosed in the embodiment is to use the label carrier 2GG provided with the wireless identification wafer cassette. Putting in the tag carrier carrier 6, and then wirelessly identifying the chip 23 for writing code', and the configuration pattern of the independent code is smaller than the device disclosed in the second or third preferred embodiment. However, the preferred embodiment has the problem of information miswriting, so that the shoulder does not need the shielding unit 5 as required by the first preferred embodiment to ensure the correctness of the reading and writing of the tribute. Knowing that, the dual-purpose stenciled antenna 4 of the present invention is introduced into the present right 庐 庐 & & 肝 肝 肝 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写 写And (2), the wireless identification chip 23 is written with the mark to perform the early detection of the wireless code Ding Wei. Dong U prevents the occurrence of mis-writing, and further 14 200918302 The production efficiency of the dual-use label printing device is correct for the 5-figure writing of the wireless recognition crystal moon 23, and the dual-use label printing device of the present invention can It can also be implemented on an automated labeling machine for barcodes containing 2 or 2 chips, 23_, or without wireless identification wafers 22 for barcode printing and wireless identification. The scope is quite broad, so it is true that the moon has reached the goal of the present invention.
▲惟以上所述者，僅為本發明之較佳實施例而已，當不 此以此限定本發明㈣之範圍，即大凡依本發❹請專利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是側視示意圖，說明本發明雙用式標籤印製裝 置之第一較佳實施例； 圖1足側視示意圖，說明本發明雙用式標籤印製裝 置之第二較佳實施例；The above is only the preferred embodiment of the present invention, and the scope of the invention (4) is not limited thereto, that is, the simple equivalent change of the patent scope and the description of the invention according to the present invention. And modifications are still within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a side elevational view showing a first preferred embodiment of the dual-purpose label printing apparatus of the present invention; FIG. 1 is a side elevational view of the dual-use label printing apparatus of the present invention. Two preferred embodiments;
圖3是一局部剖面示意圖，說明該第二較佳實施例應 用於一自動化貼標機上； 圖4是一局部剖面示意圖，說明該第一較佳實施例應 用一自動化貼標機上； 圖5疋一局部剖面示意圖，說明本發明雙用式標籤印 製裝置之第三較佳實施例；及 圖6是一立體分解圖’說明該第三較佳實施例之一標 籤载體承載座。 15 200918302 【主要元件符號說明】 1…… .....輸送單元 5…… •…遮蔽單元 11 ••… …··捲繞件 51 ••… —金屬板 12… .....滾輪 6…… •…標籤載體承載 2…… .....標籤紙單元單 座 元 61 ···.. •…座體部 21 _…_離形紙 62……· …·蓋體部 22 .....標籤紙 63•.… …·連接部 23···.. 無線識別SB片 100… •…輸送帶 3…… •…條碼列印頭 200… •…標籤載體 4…… ……讀寫天線 16Figure 3 is a partial cross-sectional view showing the second preferred embodiment applied to an automated labeling machine; Figure 4 is a partial cross-sectional view showing the first preferred embodiment applied to an automated labeling machine; 5 is a partial cross-sectional view showing a third preferred embodiment of the dual-purpose label printing apparatus of the present invention; and FIG. 6 is an exploded perspective view showing a label carrier carrier of the third preferred embodiment. 15 200918302 [Description of main component symbols] 1...... ..... conveying unit 5... •...shading unit 11 ••...···winding member 51 ••... —metal plate 12.........wheel 6... •...label carrier bearing 2.............label paper unit single-seat 61 ····.....seat body 21 _..._off-paper 62...·...cap body 22 .....label paper 63•..........Connecting section 23···.. Wireless identification SB sheet 100... •...Conveyor belt 3...•...Bar code printing head 200... •...Label carrier 4... ...reading and writing antenna 16