1289952 . > . 九、發明說明： 【發明所屬>^_技彳衧領】 發明領域 本發明概有關於電子保全系統，例如可檢測在該系統 5天線附近之一保全區域内的保全標籤是否存在的射頻辨識 標籤(RHD)系統或電子物件保全(EAS)系統，且尤係有關供 用於该系統之一種改變的天線系統結構，其係可移動的， 並具有一附加功能可在其上提供可更換的標示來作廣告等 等。 ^ 10 前^^标】 發明背景 有許多的電子物件監視系統曾被提供，而用來限制該 等物件未經授權地被由一特定區域移除或取走。此種電子 物件監視系統之一常見方式係被設在例如零售店、圖盒館 15的出口處。但該電子物件監視系統亦可被用於流程及存貨 • 控制，或在該等物件通過一特定系統時來追踪它們，以及 其它的用途等等。 惟不論何種用途，該等電子物件監視系統通常會以一 共同的原理來操作。要受監視的物件會被設具標籤（各種不 20同類型），其中含有一電路（共振電路)能與一所施加的射頻 場來反應。一發送器及一發送天線會被設來發出該射頻 場，而一接收器及一接收天線會被設來檢測該射頻場中的 干擾。該等發送及接收天線通常係設在出口處或其附近， 俾當該物件通過該出口處時可便於檢測該保全標籤。若一 5 1289952 標籤的主動電路通過該等發送及接收天線之間（它們_般 會被設在一指定區域的出口點附近），則該所施波場將會受 影響’而促使一可檢測的事項產生於該接收器中。其明可 被用來造成一適當的警告。此普通類型的系統係可由例如 5 Thorofare，N.J，之Checkpoint Systems，Inc 等來購得。 由於環境及管理的考量，個別的系統通常僅會在—有 限區域内有效運作，在該區域内被貼附於一受保護物件的 保全標籤將能被可靠地檢出。該等區域典型係被稱為保全 區，其寬度通常係被限制為大約6呎。雖許多倉庫和圖書館 10僅有單一出口而其大小等同於該6呎寬的保全區，但亦有許 多其它的零售店或賣場具有8至10個出口道併排列設。而 且，大賣場通常會設有寬度10呎或更大的開放區域走道來 連通其賣場。因此，在許多情況下，乃需要有多個系統才 能完全地保護那些寬度比以單一系統所能可靠保護者更大 15 的進出口處。 在一須要被保護的大賣場入口處，其店主人可能會因 視覺美感戒行銷考量而不願使用傳統之含有多個較大併設 “枱座，，天線結構的保全系統。該等店主通常會較喜歡看 不見的系統’即該天線結構會被安裝在入口地板下及/或 20懸設在入口上方。此外，店主通常會較喜歡非永久性的系 統，以容許癌荨天線能被輕易地放置在不同位置，或者一 種可只在部份時間使用的系統，而能依需要來佈設或者收 藏起來。 有許多的專利冒被用來解決EAS和RFIC^統的問題。 1289952 例如，No. 6271756美國專利（Davies, Jr·等人)揭示一種保全 標籤檢測及定位系統，可供檢出在一保全區内的共振保全 標籤並產生一警示信號。該保全區具有多數的檢測區，並 含有一天線陣列可發射詢問信號並接收回應信號。該天線 5 陣列會形成一保全區的上邊界及/或下邊界，且水平地延 • 伸通過該保全區的寬度和長度。該天線陣列包含至少二天 線。該等形成上邊界和下邊界的天線會被併排佈設在一水 平面中，而使各天線皆能電磁性_接於一檢測區。該保全 馨標籤檢測及定位系統亦含有一或多數的EAS感測器，以將 10 詢問信號傳輸至該天線陣列，並由該天線陣列接收回應信 號，而產生一警示信號。該保全標籤檢測及定位系統亦包 含一告示器連接於各EAS感測器，以接收該警示信號並顯 示出一對應於該警示信號的檢測區。 業界乃期待能提供一種可移動的系統。但是針對此 15 點，任何可移動的系統皆會由於所需天線具較大尺寸，故 須使用一較大且笨重的系統來載送。 φ 最後，片狀天線亦已廣泛習知。例如，No. 6369773美 國專利（kashiwagi等人）揭示一種片狀天線，其包含一基 片，一層天線元件係由一導電材料與一含碳層所構成。該 20 含碳層天線元件係疊接在該基片上。其中，該專利的主要 用途係供汽車使用。該專利揭示各種塑膠片和薄膜的利 用，包括例如聚稀烴如聚丙稀，聚S旨如聚乙稀等。但是， 仍未見有片狀天線可被用來作為監視閘者。 所有被引述的資料其内容皆併此附送以供參考。 25 【發明内容】 7 1289952 發明概要 所揭係為一種用於保全系統的可收藏天線系統，其包 含一形成撓性片式的電子發射元件，該撓性片係可摺捲 的，及一供電器可供電至該電子發射元件。較好是，該可 5收藏的天線系統包含一殼體可容裝並存放該呈捲收狀態的 發射元件。而，該發射元件在摺捲狀態是可收藏的，且當 該保全系統要運作時，其將可被伸展成非捲收狀態來供使 用。由該殼體伸出的-或多數高升物可被用來支撐非捲收 狀態的放射元件。該等高升物係可為伸縮套桿而會由該殼 10體伸出。該等高升物亦可為各延伸在一鄰近於該殼體之一 固定點與該電子發射元件之-邊緣之間的繞線。該繞線可 延伸於該殼體上方的天花板與該電子發射元件的邊緣之 間。在一較佳貫施例中，該電子發射元件於呈捲收的窗簾 狀態時可被承納存放在該殼體内。該電子發射元件可具有 15印刷標示例如廣告標示設於其上。該電子發射元件係可在 該殼體内被容易地更換。當有一對應的標籤出現於一被該 系統所造成的保全區内時，一被鄰設於該電子發射元件的 警示燈將會啟動。 邊可收藏天線係能自成一單元且可攜帶移動。該殼體 2〇可被設在地面下。且，較好是該殼體具有一蓋可提供通道 來將該電子發射元件拉伸至地面上之一位置。一戋更多八 開的薄片亦可被疊覆在該電子發射元件上。該等薄片可包 括標示及/或色彩或圖案設計等。該等薄片得以—黏劑來 黏貼於該電子發射元件。該黏劑最好為一暫時性的黏劑。 1289952 至少有-用來支撐在非捲收狀態之發射元件的高升物 會由該殼體向上延伸。或者，用來支撺在非捲收狀態之發 射兀件的高升物亦可由該殼體水平或向下地延伸。最後， 車乂好疋’该供電器係可使用標準的11(^ Ac電源來操作(但 5亦可使用電池或其它能源例如太陽能來操作）。 圖式簡單說明 本發明將配合以下圖式來描述說明，各圖式中相同的 才示號係指相同的元件，而其中： 第1圖係為本發明第一較佳實施例之可收藏天線系統 10的立體圖’其中之發射元件係被示為呈伸展狀態； 第2圖為第1圖之可收藏天線系統的殼體立體圖，其中 之發射元件係被示為呈捲收狀態； 弟3圖係為第1圖之可收藏天線系統沿截線13的截面 圖； 弟4圖係為一使用於弟1圖之可收藏天線系統中的天線 只施例沿4_4戴線的截面圖； 第5圖為本發明一第二較佳實施例之可收藏天線系統 的截面圖； 第6圖為本發明一第三較佳實施例之可收藏天線系統 20的立體圖，其中示出呈水平安裝狀態；及 第7圖為第6圖之可收藏天線系統的立體圖，其中示出 呈垂直安裝狀態。 【實施冷武】 較佳實施例之詳細説明 9 1289952 現請參閱各圖式，其中相似的標號係指相同的元件， 第1圖係示出本發明一較佳實施例的可收藏天線系統丨〇。該 天線系統ίο包含一電子發射元件，例如一片狀天線12。該 電發射元件12應被廣義地詮釋為任何可摺疊或滾捲的撓性 5片狀發射元件，而可用來與無線裝置（未示出）例如EAS或 RFID標籤以HF和UHF的頻率及微波來傳訊。適當的電子元 件亦會包含在該系統内（未示出），它們係非常習知且普遍可 購得。一供電器14可供應電力至該發射元件12。此外，該 供電器亦能供電來捲收及展開該發射元件12。如第2、3圖 10中所不，有一殼體16可容納收存該呈捲收狀態的發射元件 12。在本系統中，所謂“捲收”係廣義地包括滾捲、摺疊 或減少長度來裝入一較小容積的空間内。 當要展開該電子發射元件12時，至少有一個而較好為 一對的高升物18A、18B會由該殼體16伸出，以支撐呈伸展 15 狀態的發射元件1〇。在操作時，若要展開該發射元件12， 則使用者可延伸該等高升物18A、18B。該等高升物18A、 18B係可伸縮的，且在收縮時能完全地封裝於殼體16内。該 等高升物亦可為能自動延伸的。當該等高升物18A、18B完 全延伸（或當該等高升物被伸長）時，該發射元件12將會被由 20殼體16内拉出，並伸展至鄰近於該等高升物18A、18B的延 伸末端處。如第1圖所示，該發射元件12的頂端係可固接於 一橫桿20來撐持以使其能呈平面狀態。較好是，該殼體16 包含一窗簾式的裝置22可將該發射元件12平整地捲繞成捲 收狀態而完全容納於該殼體16内。 1289952 如第1圖中所不，該電子發射it件12可具有標示25印製 其上，例如廣告標科。或者，亦可如第4圖所*，該標示 25係被印在至少_個別的薄片以上，例如一張紙或塑膠膜 上’再貼附於該發射元件12上。即是，該薄片24係能與發 5射兀件12分開’且不同的薄片具有不同的標示内容，例如 不同的廣告圖片，或僅是不同的色彩等，而可以容易地更 換。如第4圖中所示，有二薄片24A和24B被貼於該發射元 件12的兩面上。該等薄片24A、24B可例如以一暫時性黏劑 來黏貼於該發射元件12上，而使該等薄片24A、24B能夠容 10 易地由該發射元件12上去除。 較好是’類似於習知且可普遍購得的窗簾，該電子發 射元件12係可在該殼體16内容易地更換。此在當該等標示 直接印在發射元件12上而未使用薄片24A、24B的狀況時會 特別地有利。 15 該殼體16或該系統10上靠近該發射元件12的其它位 置，例如一高升物18上，乃可設置一警示燈26或警報器28 例如蜂鳴器等，其在當有一EAS或RHD標籤或類似物出現 於該系統10的適當範圍内時即會啟動。 如第6圖中的變化實施例所示，該等高升物亦可為境線 2〇 30A、30B，而延伸於一鄰近或位在該殼體216上的固定點 與該發射元件212之間。在第6圖的實施例中，為了簡化之 故，與第1圖之實施例相同的元件係使用相同的編號再加個 “2”作字首。例如，第1圖中的殼體係標示為16。而第6圖中 的冗又體則標示為216。該各纟覽線3 〇A、3 0B的末端會設有_ 11 1289952 個扣鈎31A、31B，以便將纜線30A、30B固定於地板(如第6 圖）、天花板、牆壁、或其它的硬質表面上。如第6圖所示， 該等纜線30A、30B可收縮於該殼體内的捲收筒32上。 該殼體16可被安裝成令電子發射元件12以任何方向延 5伸。如第1、2、3圖中所示，該發射元件12係由該殼體向上 延伸。如第6圖中所示，該發射元件212係（例如由天花板) 向下延伸。又如第7圖所示（其係大致相同於第6圖但呈垂立 設置），該發射元件212亦可水平地延伸。沿其它方向的其 它形式，包括與水平或垂線呈一角度的態樣亦可為專業人 10 士所容易得知和實施。 15 20 最好是該系統能被移動。即，最好該殼體能被輕易地 抬起及裝載而不必制輔助的設備。但是，本發明的變化 實施例亦可令該系統110被埋設於地下。其中，該殼體ιΐ6 會設有一蓋34 ’如第5圖所示，俾提供一通路來由地面上拉 伸該發射元件。此會特別有利於供料店使用。例如住家 改良式店面而需要用到較寬走道的手推車者。又，類似於 第6圖的實施例，在第5圖的實施例中，為了⑽之故，相 同於第i圖實施例的元件亦會使用相同的 “! ”作為字首。例如，第i圖中的殼體係標示為I 中的殼體則標示為116。 ^ 的 110V AC 源。但是， 最後，較好本發明的供電㈣可使用標準 電源來操作’例如來自壁上插座的標準n〇l 其它的電源系統，包括電池等亦可採用。 在一特定的較佳實施例中 該片狀天線的發射元件係 12 1289952 依No. 2003/0051806美國專利申請案的公開内容來構製，該 案係公開於2003年3月20曰，其名稱為“保全標籤及其製造 方法* 被讓渡給Th〇rofare，New Jersey，的 Checkp〇int1289952 . > </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> < Desc/Clms Page number> Whether there is a Radio Frequency Identification (RHD) system or an Electronic Object Preservation (EAS) system, and particularly an antenna system structure for a change in the system that is mobile and has an additional function thereon Provide interchangeable logos for advertising and more. ^ 10 TOP OBJECTS BACKGROUND OF THE INVENTION A number of electronic object surveillance systems have been provided to limit the unauthorized removal or removal of such objects from a particular area. One of the common ways of such an electronic article surveillance system is located, for example, at the exit of a retail store, carthouse 15. However, the electronic object monitoring system can also be used for process and inventory control, or tracking of objects as they pass through a particular system, and other uses. Regardless of the purpose, these electronic object monitoring systems typically operate on a common principle. Objects to be monitored are tagged (various types), which contain a circuit (resonance circuit) that reacts with an applied RF field. A transmitter and a transmit antenna are arranged to transmit the RF field, and a receiver and a receive antenna are configured to detect interference in the RF field. The transmitting and receiving antennas are typically located at or near the exit, and the security label can be conveniently detected when the item passes through the exit. If the active circuit of a 5 1289952 tag passes between the transmitting and receiving antennas (they will be placed near the exit point of a designated area), then the applied wave field will be affected' and a detectable The matter arises from the receiver. It can be used to create an appropriate warning. This general type of system is commercially available, for example, from 5 Thorofare, N.J, Checkpoint Systems, Inc., and the like. Due to environmental and management considerations, individual systems typically operate only in a limited area where the security label attached to a protected object can be reliably detected. These areas are typically referred to as preservative areas and are typically limited in width to approximately 6 呎. Although many warehouses and libraries 10 have only a single exit and are the same size as the 6-foot-wide security zone, there are many other retail stores or stores with 8 to 10 exit lanes. Moreover, hypermarkets usually have open area walkways with a width of 10 inches or more to connect their stores. Therefore, in many cases, multiple systems are required to fully protect those ports that are wider than the ones that can be reliably protected by a single system. At the entrance of a hypermarket that needs to be protected, the owner of the store may be reluctant to use the traditional security system with multiple pedestals and antenna structures due to visual aesthetics or marketing considerations. The system that prefers to be invisible' means that the antenna structure will be installed under the entrance floor and/or 20 over the entrance. In addition, the shop owner will generally prefer a non-permanent system to allow the cancer antenna to be easily Placed in different locations, or a system that can be used only for part of the time, can be laid out or stored as needed. There are a number of patents that are used to solve the problems of EAS and RFIC systems. 1289952 For example, No. 6271756 U.S. Patent (Davies, Jr. et al.) discloses a security tag detection and positioning system for detecting a resonant security tag in a security zone and generating a warning signal. The security zone has a plurality of detection zones and contains one day. The line array can transmit an interrogation signal and receive a response signal. The antenna 5 array forms an upper boundary and/or a lower boundary of a security zone, and is horizontally extended. The width and length of the security area. The antenna array includes at least two antennas. The antennas forming the upper and lower boundaries are arranged side by side in a horizontal plane, so that each antenna can be electromagnetically connected to a detection area. The security label detection and positioning system also includes one or more EAS sensors for transmitting a 10 interrogation signal to the antenna array, and the antenna array receives the response signal to generate a warning signal. The security label detection And the positioning system also includes a notification device connected to each EAS sensor to receive the warning signal and display a detection area corresponding to the warning signal. The industry is expected to provide a mobile system, but for this 15 points Any mobile system will have to be carried by a large and cumbersome system due to the large size of the antenna required. φ Finally, chip antennas are also widely known. For example, No. 6369773 US patent (Kashiwagi et al.) discloses a patch antenna comprising a substrate, an antenna element consisting of a conductive material and a carbonaceous layer. The wire element is spliced to the substrate. The main use of the patent is for automotive use. The patent discloses the use of various plastic sheets and films, including, for example, a polyhydrocarbon such as polypropylene, and a poly-S, such as polyethylene. However, there is still no patch antenna that can be used as a monitor. All the cited materials are hereby incorporated by reference. 25 [Summary] 7 1289952 Summary of the Invention A storable antenna system of a security system, comprising: a flexible chip-type electron-emitting component, the flexible film being creasable, and a power supply capable of supplying power to the electron-emitting component. Preferably, the The collection antenna system includes a housing that can accommodate and store the firing element in a retracted state. The transmitting element is collectible in a folded state, and when the security system is to be operated, it can be stretched In a non-retracted state for use. The or a plurality of raised objects extending from the housing can be used to support the radiating elements in the unrolled state. The tall lifts may be telescoping sleeves that extend from the shell 10 body. The lifts may also be wounds each extending between a fixed point of the housing and an edge of the electron-emitting element. The winding may extend between the ceiling above the casing and the edge of the electron-emitting element. In a preferred embodiment, the electron-emitting element can be received in the housing in the state of the curtain. The electron-emitting element can have 15 printed indicia such as an advertising sign thereon. The electron emitting element can be easily replaced in the housing. When a corresponding tag appears in the security zone caused by the system, a warning light adjacent to the electronic transmitting component will be activated. The side-collectable antenna system can be self-contained and can be carried and moved. The housing 2 can be placed under the ground. Moreover, it is preferred that the housing has a cover to provide a passage for stretching the electron-emitting element to a position on the ground. A stack of more eight sheets may also be overlaid on the electron-emitting element. Such sheets may include markings and/or color or pattern designs and the like. The sheets are adhered to the electron-emitting element by an adhesive. Preferably, the adhesive is a temporary adhesive. 1289952 At least - the lift used to support the radiating element in the non-retracted state will extend upwardly from the housing. Alternatively, the lift used to support the launching element in the non-retracted state may also extend horizontally or downwardly from the housing. Finally, the rut is good. The power supply can be operated using a standard 11 (^ Ac power supply (but 5 can also be operated using a battery or other energy source such as solar energy). The drawing briefly illustrates the present invention will be combined with the following diagram In the drawings, the same reference numerals are used to refer to the same elements, and wherein: FIG. 1 is a perspective view of the collectible antenna system 10 of the first preferred embodiment of the present invention, in which the transmitting elements are shown Fig. 2 is a perspective view of the housing of the collectible antenna system of Fig. 1, wherein the transmitting element is shown in a retracted state; the younger figure 3 is the removable antenna system of Fig. 1 FIG. 5 is a cross-sectional view of the antenna in the storable antenna system of the first embodiment taken along line 4_4; FIG. 5 is a second preferred embodiment of the present invention; FIG. 6 is a perspective view of a collectible antenna system 20 according to a third preferred embodiment of the present invention, showing a horizontally mounted state; and FIG. 7 is a storable antenna of FIG. a perspective view of the system showing the drooping [Implementation of the cold state] Detailed description of the preferred embodiment 9 1289952 Referring now to the drawings, wherein like reference numerals refer to the An antenna system 丨〇. The antenna system ίο includes an electron-emitting element, such as a patch antenna 12. The electro-emissive element 12 should be interpreted broadly as any foldable or rolled flexible 5-piece emitting element that is available The wireless devices (not shown), such as EAS or RFID tags, are transmitted at frequencies and microwaves of HF and UHF. Suitable electronic components are also included in the system (not shown), which are well known and generally available. A power supply 14 can supply power to the radiating element 12. In addition, the power supply can also supply power to retract and unfold the radiating element 12. As in Figures 2 and 3, a housing 16 can be used. The receiving element 12 is housed in the retracted state. In the present system, the so-called "rolling" broadly includes rolling, folding or reducing the length to fit into a smaller volume of space. Transmitting element 12 At least one, and preferably a pair of, lifters 18A, 18B are extended from the housing 16 to support the radiating element 1 in a stretched state 15. In operation, if the radiating element 12 is to be deployed, The user can extend the lifts 18A, 18B. The lifts 18A, 18B are telescopic and can be completely enclosed within the housing 16 when retracted. The lifts can also be self-extending. When the lifts 18A, 18B are fully extended (or when the lifts are elongated), the launching element 12 will be pulled out of the 20 housing 16 and extended adjacent to the lifts 18A, 18B. At the extended end, as shown in Fig. 1, the top end of the radiating element 12 can be fixed to a cross bar 20 to be supported so as to be in a planar state. Preferably, the housing 16 includes a curtain-like device 22 that can smoothly wind the firing element 12 into a retracted state for receipt within the housing 16. 1289952 As shown in Figure 1, the electron-emitting device 12 can have an indicia 25 printed thereon, such as an advertising label. Alternatively, as shown in Fig. 4, the label 25 is printed on at least the individual sheets, such as a sheet of paper or a plastic film, and is attached to the emitting element 12. That is, the sheet 24 can be separated from the hairpin member 12 and the different sheets have different labeling contents, such as different advertisement pictures, or only different colors, etc., and can be easily replaced. As shown in Fig. 4, two sheets 24A and 24B are attached to both faces of the radiating element 12. The sheets 24A, 24B can be adhered to the emissive element 12, e.g., with a temporary adhesive, to enable the sheets 24A, 24B to be easily removed from the emissive element 12. Preferably, the electronic transmitting element 12 is easily replaceable within the housing 16 as is conventional and commercially available. This is particularly advantageous when the indicia are printed directly on the emissive element 12 without the use of the sheets 24A, 24B. 15 the housing 16 or other location on the system 10 adjacent to the radiating element 12, such as a lift 18, may be provided with a warning light 26 or an alarm 28 such as a buzzer or the like, which has an EAS or RHD A label or the like is activated when it appears within the appropriate range of the system 10. As shown in the variant embodiment of Fig. 6, the lifts may also be borders 2A, 30A, 30B extending between a fixed point adjacent or positioned on the housing 216 and the radiating element 212. In the embodiment of Fig. 6, for the sake of simplicity, the same elements as those of the embodiment of Fig. 1 are prefixed with the same number and a "2". For example, the housing in Figure 1 is labeled 16. The redundancy in Figure 6 is labeled 216. The end of each of the viewing lines 3 〇A, 30B will be provided with _ 11 1289952 clasps 31A, 31B to secure the cables 30A, 30B to the floor (as shown in Figure 6), ceiling, wall, or other On a hard surface. As shown in Figure 6, the cables 30A, 30B can be retracted onto the take-up reel 32 within the housing. The housing 16 can be mounted to extend the electron-emitting element 12 in any direction. As shown in Figures 1, 2, and 3, the radiating element 12 extends upwardly from the housing. As shown in Figure 6, the radiating element 212 extends downward (e.g., from the ceiling). As also shown in Fig. 7 (which is substantially the same as in Fig. 6 but in a vertical arrangement), the radiating element 212 can also extend horizontally. Other forms along other directions, including an angle to the horizontal or vertical, are also readily known and implemented by professionals. 15 20 It is best that the system can be moved. That is, it is preferred that the housing can be easily lifted and loaded without the need for auxiliary equipment. However, variations of the present invention may also allow the system 110 to be buried underground. Wherein, the housing ι 6 is provided with a cover 34' as shown in Fig. 5, and a passage is provided to pull the radiating element from the ground. This will be especially beneficial for use in the supply store. For example, a home-made modified storefront requires a cart with a wider walkway. Further, similar to the embodiment of Fig. 6, in the embodiment of Fig. 5, for the sake of (10), the same "!" is used as the prefix for the elements of the embodiment of the i-th embodiment. For example, the housing in Figure i is labeled as I. The housing is labeled 116. ^ 110V AC source. However, in the end, it is preferred that the power supply (4) of the present invention can be operated using a standard power source, e.g., a standard power supply system from a wall outlet, including a battery or the like. In a particularly preferred embodiment, the radiating element system of the chip antenna is disclosed in the disclosure of U.S. Patent Application Serial No. 2003/0051, the entire disclosure of which is incorporated by Checkp〇int for "preservation label and its manufacturing method* was transferred to Th〇rofare, New Jersey,
Systems, Inc.，其完整内容併此附送參考。其中，該發射元 5件係使用以下步驟來製成：在一基材(即該勸生片）之一表面 上，以-預定圖案（即該發射元件的形狀)來製成—黏性層； 將-導電薄膜層合於該基片表面來製成一導電層；以一對 應於該預定圖案的形狀來形成該導電層的一部份，而除去 未對應於人黏劑之預定圖㈣導電層部份（即切除沒有黏 10 劑處的前述導電層）。 使用此實施例的-大優點係如習知作法來餘掉導電層 的低效率將可避免。此對大型天線會特別重要。例如，: 刻所產生的有害廢物會造成的環保問題將可避免，且導電 材料的損耗將可大為減少。 15 雖已參照特定實施例來圖示及描述，但本發明並不受 额示細節。各種修正變化亦可在巾請專利範_等效i 蘩内來貫施而不超出本發明的精神。 【圖式簡單說明】 第1圖係為本發明第一較佳實施例之可收藏天線系統 20的立，圖’、其中之發射元件係被示為呈伸展狀態； 第2圖為第1圖之可收藏天線系統的殼體立體圖，其中 之發射元件係被示為呈捲收狀態； 八 第3圖係為第1圖之可收藏天線系統沿截線3-3的截面 圖。 13 1289952 第4圖係為一使用於第1圖之可收藏天線系統中的天線 實施例沿4-4截線的截面圖； 第5圖為本發明一第二較佳實施例之可收藏天線系統 的截面圖； 5 第6圖為本發明一第三較佳實施例之可收藏天線系統 的立體圖，其中示出呈水平安裝狀態；及 第7圖為第6圖之可收藏天線系統的立體圖，其中示出 呈垂直安裝狀態。 【主要元件符號說明】 10…可收藏天線系統 25···標示 12，212···片狀天線(發射元件） 26…警示燈 14…供電器 28…警報器 16，116，216…殼體 30…纜線 18…高升物 31…扣釣 20…橫桿 32…捲筒 22…捲收裝置 34…蓋 24…薄片 14Systems, Inc., its full content is hereby incorporated by reference. Wherein, the launching element 5 is made by using the following steps: on a surface of one of the substrates (ie, the persuasive sheet), in a predetermined pattern (ie, the shape of the emitting element) - a viscous layer Laminating a conductive film on the surface of the substrate to form a conductive layer; forming a portion of the conductive layer in a shape corresponding to the predetermined pattern, and removing a predetermined pattern not corresponding to the human adhesive (4) The conductive layer portion (ie, the aforementioned conductive layer where no adhesive is removed). The use of the great advantage of this embodiment, as is conventional, to avoid the inefficiencies of the conductive layer will be avoided. This is especially important for large antennas. For example, the environmental problems caused by the hazardous waste generated by the engraving will be avoided, and the loss of conductive materials will be greatly reduced. Although the invention has been illustrated and described with reference to the particular embodiments thereof, the invention is not described in detail. Various corrections can also be applied within the scope of the invention, without departing from the spirit of the invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a collectible antenna system 20 according to a first preferred embodiment of the present invention, wherein the transmitting element is shown in an extended state; and FIG. 2 is a first drawing. A perspective view of the housing of the storable antenna system, wherein the radiating elements are shown in a retracted state; and the eighth figure is a cross-sectional view of the storable antenna system of Fig. 1 along section line 3-3. 13 1289952 FIG. 4 is a cross-sectional view taken along line 4-4 of an antenna embodiment used in the collectible antenna system of FIG. 1; FIG. 5 is a collectable antenna according to a second preferred embodiment of the present invention; Sectional view of the system; FIG. 6 is a perspective view of a collectible antenna system according to a third preferred embodiment of the present invention, showing a horizontally mounted state; and FIG. 7 is a perspective view of the collectible antenna system of FIG. , which is shown in a vertically mounted state. [Description of main component symbols] 10...Collectable antenna system 25···Marking 12,212···Piece antenna (transmitting element) 26...Warning light 14...Power supply 28...Alarm 16,116,216... Housing 30...cable 18...high lift 31...catch 20...crossbar 32...reel 22...retraction device 34...cover 24...sheet 14