M345297 薄膜式無線辨識系統（RFID)天線20 排線21 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種具有無線辨識系統（RFID)功能之 顯示裝置，尤指一種在顯示裝置之前面框與薄膜（或薄膜 - 按鍵）之間平整貼合並隱藏設置一薄膜式無線辨識系統 一 (RFID)天線，藉以使薄膜式RFID天線具有完整之RFID天 • 線功能，並使顯示裝置之前面框與薄膜（或薄膜按鍵）之 間達成全平面之設計功效。 【先前技術】 目前市面上已有多種電子產品，尤其是攜帶式電子產 品，被廣泛使用，如：行動電話、筆記型電腦、平板電腦 (tablet/panel PC)、個人數位辅助器（PDA)、條碼 (barcode)辨識系統裝置、無線辨識系統裝置（RFID，M345297 Thin Film Wireless Identification System (RFID) Antenna 20 Cable 21 VIII. New Description: [New Technical Field] This creation is related to a display device with wireless identification system (RFID) function, especially a display device. A thin film type wireless identification system (RFID) antenna is disposed between the front frame and the film (or film-button) to provide a complete RFID antenna and a front-end display device. A full-plane design is achieved between the frame and the film (or membrane button). [Prior Art] There are a variety of electronic products on the market, especially portable electronic products, such as: mobile phones, notebook computers, tablet computers (tablet/panel PC), personal digital assistants (PDA), Barcode identification system device, wireless identification system device (RFID,
radio frequency identification system )、全球定位系統 裝置（GPS)等；其中，在工控的領域中，平板電腦是相 當普遍的應用工具’其亦可藉由内建的無線傳輪功能如無 線區域網路或藍芽’以進一步與其他支援設備或應用: 結合使用。 ' ' 又在辨識的領域中，無線辨識系統（RFID) a 長、安全性高、不會受環·料優點，其與傳統條石= 識系統相比’更具有感應距離大、掃描迷率大（條瑪伊、 須一個一個辨識’而無線辨識系統甚至可同時處理別^個 3 M345297 以上之標籤）的優點，甚至被預測可取代一部分之條碼市 場；而無線辨識系統（RFID)之系統架構可分為電子標^ (tag)、讀取機（reader)及系統應用三大部分，其中，該 讀取機（reader)上須設置無線辨識系統（RFID )天線，而 其工作原理包括電磁感應方式和被波方式兩種，一般而+ 電波都無法通過金屬，但電波可透過轉折方式形成磁場； 因此，一般的RFID天線的設計受限於磁場須避開任何有可 能造成磁場無法行成的屏蔽效應’致RFID天線大部分以外 •露型較為普遍，也就是當顯示裝置如讀取機（reader)之機 殼（如前面框）以金屬材製成時’ RFID天線即設置在顯示 裝置如讀取機（reader)之金屬材機殼（如前面框）的外 部，以避免因該金屬材機殼（如前面框）所造成之屏蔽效 應而失去RFID天線功能。又一 RFID天線基本上須具有一定 的支撐強度，否則彎曲的RFID天線可能導致感應距離及頻 率的改變而影響RFID之使用功能；目前大部分之習知RFID _ 天線都是利用傳統的線圈或印刷電路板（PCB )設計做 成，基本上已沒有RFID天線支撐強度是否足夠的問題，但 習知的線圈式或印刷電路板（PCB )式RFID天線之體積相 對較大（如厚度較大），相對地使其不容易隱藏設置，當 '為避免屏蔽效應而須將RFID天線設置在顯示裝置之金屬材 機殼（如前面框）的外部時，如是直接設在顯示裝置之前 面框上，則習知的線圈式或印刷電路板（PCB )式RFID天 線勢必會破壤顯示裝置的外觀設計；又如另設一殼體以容 t該RFID天線，則又浪費殼體之製造及材料成本，且會另 外增加顯示裝置與RFID天線殼體之間的連接線，不但造成 4 K1345297 外觀、安裝、防水等其他相關問題，也不利於目前電子產 品趨向輕、薄、短小之設計要求。 由於各辨識系統一般係另配置一電腦裝置藉以可與其 他應用系統結合使用，如無線辨識系統（RFID)可結合資料 庫管理糸統、電腦網路與防火賭等技術，以提供全自動安 全便利的即時監控系統功能；因此，一電腦裝置與無線辨 • 識糸統（RFID)專產品之間常有相互配合使用的機會及需 要，如利用一平板電腦與一無線辨識系統（RFID)結合使 • 用，即可藉由該平板電腦之系統功能進一步與其他應用系 統結合使用，使無線辨識系統（RFID)所辨識之相關資料顯 示在平板電腦之顯示幕上供使用者觀看及操作，或進一步 藉由平板電腦内建之無線傳輸功能如無線區域網路或藍芽 而將辨識資料傳輸至其他支援設備如控管用主機等。 然’當一顯示裝置如平板電腦欲與一無線辨識系統 (RFID)結合使用時，無線辨識系統（RFID)之系統電路可與 平板電腦之系統電路整合並設在平板電腦機體内部，此利 鲁 用目前的電子技術可達成，但該無線辨識系統（RFID)天線 之安裝設置即會遭遇前述的諸多問題及困難，如：若利用 •習知傳統的線圈式或印刷電路板式RFID天線則有體積較大 -(如厚度較大）不容易隱藏設置的問題；若將RFID天線設 置在顯不裝置之機设（如别面框）内部則有屏蔽效應自勺門 題；若將RFID天線設置在顯示裝置之機體（如前面樞）外 部則有破壤顯示裝置的外觀設計、安裝及材料成本增力口、 防水等額外問題，且不利於目前電子產品趨向輕、薄、短 小之設計要求；而本劍作具有無線辨識系統（RFID)功 5 K1345297 之顯示裝置即是針對一顯示裝置如平板電腦與一無線辨識 系統（RFID)結合使用之需要性，並同時解決前述在結合使 用時的諸多問題，而設計完成者’藉以使顯示裝置如平板 電腦與無線辨識系統（RFID)達成簡易結合使用之目的。 【新型内容】 本創作主要目的乃在於提供一種具有無線辨識系統 (RFID)功能之顯示裝置，主要包含：一顯示裝置如平板 電腦或RFID顯示器，其機殼正面上上至少設有一顯示幕、 # 一前面框、及一薄膜（membrane)或薄膜按鍵（membrane key)覆罩在前面樞表面上用以保護及/或操控該顯示裝 置；及一薄膜式無線辨識系統（RFID)天線，其具有RFID天 線之作用功能且形成一薄膜式結構；其中’利用該RFID天 線之薄膜式結構，使其可平整貼合並隱藏設置於顯示裝置 之前面框與薄膜（或薄膜按鍵）之間，藉以使該薄膜式 RFID天線具有足夠的支撐強度而達成完整的RFID天線功 能，以增進顯示裝置之RFID使用功能，使顯示裝置與無線 • 辨識系統（RFID)達成簡易結合使用之功效。 本創作再一目的乃在於提供一種具有無線辨識系統 '(RFID)功能之顯示裝置，其中該無線辨識系統（rfid) -薄膜式天線係藉其薄膜式結構而可隱藏設置於顯示裝置之 前面框與薄膜（或薄膜按鍵）之間，藉以使顯示裝置之前 面框與薄膜式RFID天線之間達成全平面之設計功效，有利 於促進顯示裝置之輕、薄、短小的設計要求，且避免習知 線圈式或印刷電路板（PCB )式RFID天線無法與顯示裝置 之前面框結合使用的諸多缺點。 6 M345297 【實施方式】 為使本創作更加明確詳實’兹列舉較佳實施例並配合 下列圖示，將本創作之結構及其技術特徵詳述如後： 參照圖1、2所示，其分別係本創作一實施例之立體 分解及組合示意圖。本創作係一種具有無線辨識系統 (RFID)功能之顯示裝置1，主要包含一顯示裝置1〇及— - 薄膜式無線辨識系統（RFID)天線20，其中，該顯示裝置1〇 係指一般具有顯示幕之電子產品如平板電腦（1;叻161： _ /panel PC)或無線辨識系統（RFID)顯示器或讀取機 (reader)等，其外形設計並不限制，而本創作之顯示裝置 10具有一機體11，該機體11的内部供設置本創作之系統電 路，包含顯示裝置10及無線辨識系統（RFID)之系統電路； 又該機體11的外部正面上至少設有一顯示幕12、一前面框 13、及一薄膜（membrane)14 ;其中，該前面框13係一外框 體如圖1、2所示之矩形框，用以框設在機體η正面上之 顯示幕12的外圍，以構成一體式結構體如圖1、2所示； 鲁 該薄膜（membrane)14係覆罩在前面框13之表面上，用以保 護該顯示裝置1 ，如用以對該顯示裝置1產生防水及防塵 功能；又該薄膜（membrane)14進一步可隨使用需要而設計 數個功能性按鍵（function key)15，而由於該等功能性按 鍵（function key)15係一體成型設置在薄膜（membrane)14 上，因此一般業者將具有功能性按鍵（function key)15之 薄膜（membrane) 14通稱為薄膜按鍵（membrane key);而該 薄膜按鍵（membrane key)即同時具有保護該顯示裝置10及 操控該顯示裝置1的功能。而藉由該薄膜按鍵（membrane 7 1V1345297 key)，即薄膜（raembrane)14上設有按鍵15，可操控該顯示 裝置10以進行各系統功能如平板電腦或無線辨識系統 (RFID)之系統功能，並可將相關資料顯示在顯示幕12上供 使用者觀看；由於顯示裝置10及無線辨識系統（RFID)之系 統電路以及二者之間的結合使用可利用目前的電子技術達 成，故在此不再贅述。 - 該薄膜式無線辨識系統（RFID)天線20係具有無線辨識 系統天線之作用功能，並形成一薄膜式結構如圖1所示， • 其主要特徵在於··該薄膜式RFID天線20可藉其薄膜式結構 而平整貼合並隱藏設置於顯示裝置1之前面框與薄膜14 (或薄膜按鍵）之間一位置處，以本實施例如圖1、2所 示而言，該薄膜式RFID天線20係平整貼合設置於前面框13 之左側邊的外表面處，其並再藉由連接用排線21穿過機體 11正面之前面框13上一對應穿槽16以連接至顯示裝置1之 機體11内部的系統電路上。又該薄膜式RFID天線20可藉黏 合方式以平整貼合設置於前面框13之左侧邊的外表面處， • 也就是薄膜式RFID天線20可藉黏合方式並選擇固定在前面 框13之外表面上或選擇固定在薄膜14 (或薄膜按鍵）内面 上之對應位置處如圖1、2所示，也就是黏合面不限制在 前面框13之外表面或薄膜14 (或薄膜按鍵）之内面；而當 薄膜式RFID天線20藉黏合方式固定在顯示裝置1上時，由 於該薄膜式RFID天線20是平整貼合設置於前面框13與薄膜 14 (或薄膜按鍵）之間，故基本上已具有足夠的支撺強 度，也就是薄膜式RFID天線20可保持平整狀態而不致彎 曲，因此可避免因彎曲導致感應距離及頻率的改變而影響 8 K1345297 其無線辨識系統（RFID)之使用功能。 進一步，由於該薄膜式RFID天線20係形成一薄膜式結 構，故可平整貼合並隱藏設置於顯示裝置1之前面框13與 薄膜14 (或薄膜按鍵）之間，使顯示裝置1之前面框13、 薄膜式RFID天線20、及薄膜14 (或薄膜按鍵）之間可達成 全平面之設計功效，也就是完全不會破壌顯示裝置10之正 - 面外觀原有的一體性設計，且有利於促進顯示裝置1之 輕、薄、短小的設計要求，避免習知線圈式或印刷電路板 • ( PCB )式RFID天線無法結合設置在顯示裝置1之前面框 13上的諸多缺點。 藉由上述的結構，使一無線辨識系統（RFID)與一顯示 裝置10如平板電腦（tablet /panel PC)或無線辨識系統 (RFID)顯示器可簡易地結合成一體使用，使無線辨識系統 (RFID)與一顯示裝置1〇達成簡易結合使用之功效；本創作 至少具有下列之優點： < 1 >因薄膜式RFID天線20係平整貼合設置於顯示裝 • 置1〇之前面框13與薄膜14 (或薄膜按鍵）之間，故可有效 地縮小結合後整體之體積，符合電子產品趨於輕、薄、短 " 小之設計要求。 < 2 >因薄膜式RFID天線20係平整貼合設置於顯示裝 置10之前面框13與薄膜14 (或薄膜按鍵）之間，使薄膜式 RFID天線20能保持平整狀態而不致彎曲，故既可取代習知 RFID天線大都以傳統的線圈或印刷電路板（pcB )設計做 成的結構，且具有完整的天線功能。 < 3 >因薄膜式RHD天線20係平整貼合設置於顯示裝 9 k345297 置10之前面框13與薄膜14 (或薄膜按鍵）之間，使薄膜式 RFID天線20隱藏在顯示裝置10之薄膜14 (或薄膜按鍵）内 面而不外露，故不會破壤顯示裝置10原有的正面外觀，也 保持薄膜14既有之防水功能，也不需另作一構體以容設 RFID天線致與顯示裝置10機體分開，因此可簡化結構及減 少構件，相對降低製造成本，有利於顯示裝置之量產化並 . 提昇市場競爭力。 以上所示僅為本新型之優選實施例，對本新型而言僅 • 是說明性的，而非限制性的。本頜域具通常技術之人員理 解，在本新型權利要求所限定的精神和範圍内可對其進行 許多改變，修改，甚至等效變更，但都將落入本新型的保 護範圍内。 【圖式簡單說明】 圖1係本創作一實施例之立體分解示意圖。 圖2係本創作一實施例之立體組合示意圖。 【主要元件符號說明】 ❿ 具有無線辨識系統（RFID)功能之顯示裝置1 顯示裝置10 機體11 •顯示幕12 前面框13 薄膜14 (薄膜）按鍵15 穿槽16 薄膜式無線辨識系統（RFID)天線20 排線21Radio frequency identification system (GPS), global positioning system (GPS), etc.; among them, in the field of industrial control, tablet PC is a fairly common application tool. It can also be built-in wireless transmission function such as wireless LAN or Bluetooth' is used in conjunction with other support devices or applications: ' ' In the field of identification, the wireless identification system (RFID) a is long, safe, and does not suffer from the advantages of the ring material. Compared with the traditional stone system, it has a larger sensing distance and a scanning margin. The advantages of large (Ma Yi, one identification, and wireless identification system can handle different labels of 3 M345297 at the same time), even predicted to replace part of the barcode market; and wireless identification system (RFID) system The architecture can be divided into three parts: electronic tag (tag), reader (reader) and system application. Among them, the reader must be equipped with a wireless identification system (RFID) antenna, and its working principle includes electromagnetic Inductive mode and waved mode, generally + radio waves can not pass through the metal, but the electric wave can form a magnetic field through the turning method; therefore, the design of the general RFID antenna is limited by the magnetic field to avoid any possibility that the magnetic field cannot be formed. The shielding effect is mostly outside the RFID antenna. • The exposed type is more common, that is, when the display device such as the reader's case (such as the front frame) is made of metal material, 'RFID' That line means disposed on an outer portion, such as reader (Reader) of sheet metal cabinet (e.g., front frame) display, in order to avoid that the sheet metal casing (e.g., forward frame) of the shielding effect caused by the loss of function of the RFID antenna. Another RFID antenna basically needs to have a certain supporting strength. Otherwise, the curved RFID antenna may cause the sensing distance and the frequency to change and affect the function of the RFID; at present, most of the conventional RFID _ antennas use the traditional coil or printing. The circuit board (PCB) is designed to have substantially no problem of whether the RFID antenna support strength is sufficient, but the conventional coil type or printed circuit board (PCB) type RFID antenna has a relatively large volume (such as a large thickness). Relatively, it is not easy to hide the setting. When the RFID antenna is to be placed outside the metal casing (such as the front frame) of the display device to avoid the shielding effect, if it is directly placed on the front frame of the display device, Conventional coil or printed circuit board (PCB) type RFID antennas are bound to break the design of the display device; if another housing is provided to accommodate the RFID antenna, the manufacturing and material cost of the housing is wasted. And will additionally increase the connection line between the display device and the RFID antenna housing, which not only causes 4 K1345297 appearance, installation, waterproof and other related problems, but also is not conducive to the current Sub-products tend to be light, thin, short of design requirements. Since each identification system is generally configured with a computer device to be used in combination with other application systems, such as wireless identification system (RFID) can be combined with database management system, computer network and fire gambling technology to provide fully automatic security and convenience. Instant monitoring system function; therefore, there is often an opportunity to interact with a computer device and a wireless identification system (RFID) product, such as the use of a tablet computer combined with a wireless identification system (RFID) • Use, the system function of the tablet can be further combined with other application systems, so that the relevant information recognized by the wireless identification system (RFID) is displayed on the display screen of the tablet for the user to view and operate, or further The identification data is transmitted to other supporting devices such as the control host by means of the built-in wireless transmission function of the tablet, such as a wireless local area network or Bluetooth. However, when a display device such as a tablet computer is to be used in conjunction with a wireless identification system (RFID), the system circuit of the wireless identification system (RFID) can be integrated with the system circuit of the tablet computer and disposed inside the tablet computer body. This can be achieved with current electronic technology, but the installation of the wireless identification system (RFID) antenna will suffer from the aforementioned problems and difficulties, such as the use of conventional coil or printed circuit board RFID antennas. Larger - (such as thicker) is not easy to hide the setting problem; if the RFID antenna is set inside the display device (such as the frame), there is a shielding effect from the door; if the RFID antenna is set in The exterior of the display device (such as the front pivot) has additional problems such as the design, installation, material cost increase, and waterproof of the broken display device, and is not conducive to the current design requirements of electronic products that are light, thin, and short; The display device with wireless identification system (RFID) function 5 K1345297 is for a display device such as a tablet computer and a wireless identification system (RFID). Desirability of combined use, and at the same time solve the aforementioned problems in combination at the time of use, and the design is completed by 'whereby the display device such as a tablet with a Radio Frequency Identification (RFID) systems to achieve the purpose of using a simple binding. [New content] The main purpose of this creation is to provide a display device with a wireless identification system (RFID) function, which mainly comprises: a display device such as a tablet computer or an RFID display, at least one display screen on the front side of the casing, # a front frame, and a membrane or membrane key covering the front pivot surface for protecting and/or manipulating the display device; and a thin film wireless identification system (RFID) antenna having an RFID The function of the antenna and the formation of a film structure; wherein the film structure of the RFID antenna can be flattened and hidden between the front frame and the film (or the film button) of the display device, thereby making the film The RFID antenna has sufficient support strength to achieve a complete RFID antenna function to enhance the RFID function of the display device, and to achieve an easy combination of the display device and the wireless identification system (RFID). A further object of the present invention is to provide a display device having a wireless identification system (RFID) function, wherein the wireless identification system (Rfid)-film antenna can be hidden in front of the display device by its film structure. Between the film and the film (or the film button), the design of the full-plane between the front frame of the display device and the film-type RFID antenna is achieved, which is advantageous for promoting the light, thin and short design requirements of the display device, and avoiding the conventional knowledge. Coil-type or printed circuit board (PCB) RFID antennas do not have the disadvantages of being used in conjunction with the front face of the display device. 6 M345297 [Embodiment] In order to make the creation more clear and detailed, the structure and technical features of the creation are detailed as follows: Referring to Figures 1 and 2, respectively, A schematic exploded view and a combined schematic diagram of an embodiment of the present invention. The present invention is a display device 1 having a wireless identification system (RFID) function, and mainly includes a display device 1 and a thin film type wireless identification system (RFID) antenna 20, wherein the display device 1 generally has a display The electronic product of the screen such as a tablet computer (1; 叻 161: _ /panel PC) or a wireless identification system (RFID) display or a reader, etc., the design of the shape is not limited, and the display device 10 of the present invention has a body 11, the inside of the body 11 is provided with the system circuit of the present invention, including the display device 10 and the system system of the wireless identification system (RFID); and the outer surface of the body 11 is provided with at least one display screen 12 and a front frame 13 and a membrane 14; wherein the front frame 13 is a rectangular frame as shown in FIGS. 1 and 2, and is arranged on the outer periphery of the display screen 12 on the front surface of the body η to form The integrated structure is as shown in FIG. 1 and FIG. 2; the membrane 14 is covered on the surface of the front frame 13 to protect the display device 1 for waterproofing and dustproofing the display device 1. Function; again the film ( The membrane 14 further can be designed with a number of functional keys 15 as needed, and since the functional keys 15 are integrally formed on the membrane 14, the general practitioner will have The membrane 14 of the function key 15 is generally referred to as a membrane key; and the membrane key has the function of protecting the display device 10 and manipulating the display device 1. By means of the membrane button (membrane 7 1V1345297 key), that is, the button 14 is provided with a button 15, the display device 10 can be operated to perform various system functions such as a tablet computer or a wireless identification system (RFID) system function. The related information can be displayed on the display screen 12 for the user to view; since the display device 10 and the system circuit of the wireless identification system (RFID) and the combination between the two can be achieved by using the current electronic technology, it is not here. Let me repeat. - The thin film type wireless identification system (RFID) antenna 20 has the function of a wireless identification system antenna and forms a thin film structure as shown in FIG. 1. The main feature is that the thin film type RFID antenna 20 can be used The film-type structure is flattened and hidden and disposed at a position between the front frame of the display device 1 and the film 14 (or the film button). In the embodiment, as shown in FIGS. 1 and 2, the film-type RFID antenna 20 is The flat surface is disposed at the outer surface of the left side of the front frame 13, and is further connected to the body 11 of the display device 1 through the connecting cable 21 through a connecting slot 16 on the front surface frame 13 of the front surface of the body 11. Internal system circuitry. In addition, the film-type RFID antenna 20 can be disposed on the outer surface of the left side of the front frame 13 by means of bonding, and the film-type RFID antenna 20 can be bonded and fixed outside the front frame 13. The surface or the corresponding position on the inner surface of the film 14 (or the film button) is selected as shown in Figs. 1 and 2, that is, the bonding surface is not limited to the outer surface of the front frame 13 or the inner surface of the film 14 (or the film button). When the thin film RFID antenna 20 is fixed on the display device 1 by adhesive bonding, since the thin film RFID antenna 20 is disposed flat between the front frame 13 and the film 14 (or the film button), it is basically With sufficient support strength, that is, the thin film RFID antenna 20 can be kept in a flat state without being bent, so that the change of the sensing distance and the frequency caused by the bending can be prevented from affecting the function of the wireless identification system (RFID) of the 8 K1345297. Further, since the thin film RFID antenna 20 is formed into a film structure, it can be flattened and hidden between the front frame 13 and the film 14 (or the film button) before the display device 1 to make the display device 1 face frame 13 The film-type RFID antenna 20 and the film 14 (or the film button) can achieve a full-plane design effect, that is, the original design of the front-facing appearance of the display device 10 is not broken at all, and is advantageous. The light, thin, and short design requirements of the display device 1 are promoted, and the conventional coil type or printed circuit board (PCB) type RFID antenna cannot be combined with the disadvantages of the front frame 13 disposed on the display device 1. With the above structure, a wireless identification system (RFID) can be easily combined with a display device 10 such as a tablet/panel PC or a wireless identification system (RFID) display to enable the wireless identification system (RFID). The utility model achieves the effect of simple combined use with a display device; the present invention has at least the following advantages: < 1 > Since the thin film type RFID antenna 20 is flatly fitted and disposed on the front surface frame 13 of the display device 1 Between the film 14 (or the film button), it can effectively reduce the overall volume after bonding, in line with the electronic product tends to be light, thin, short & small design requirements. < 2 > Since the thin film RFID antenna 20 is flatly disposed between the front frame 13 and the film 14 (or the film button) before the display device 10, the thin film RFID antenna 20 can be kept in a flat state without being bent, so It can replace the structure of conventional RFID antennas which are mostly designed with traditional coil or printed circuit board (PCB) and has complete antenna function. < 3 > Since the thin film type RHD antenna 20 is flatly disposed between the face frame 13 and the film 14 (or the film button) before the display device 9 k345297 is placed 10, the thin film RFID antenna 20 is hidden in the display device 10 The inner surface of the film 14 (or the film button) is not exposed, so that the original front appearance of the display device 10 is not broken, and the film 14 has the waterproof function, and does not need another structure to accommodate the RFID antenna. Separate from the body of the display device 10, the structure and the components can be simplified, the manufacturing cost can be relatively reduced, the mass production of the display device can be facilitated, and the market competitiveness can be improved. The above are only the preferred embodiments of the present invention, and are merely illustrative and not limiting. The present invention will be understood by those skilled in the art, and many variations, modifications, and even equivalents thereof may be made without departing from the spirit and scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective exploded view of an embodiment of the present invention. FIG. 2 is a schematic diagram of a three-dimensional combination of an embodiment of the present invention. [Main component symbol description] 显示 Display device with wireless identification system (RFID) function 1 Display device 10 Body 11 • Display screen 12 Front frame 13 Film 14 (film) button 15 Through slot 16 Thin film wireless identification system (RFID) antenna 20 cable 21