M305942 八、新型說明： 【新型所屬之技術領域】 本新型係關於-種衣物標籤(clothing tag)，特別是關於_種射頻 識別(Radio frequency iden诵cati〇n)衣物標籤。 【先前技術】 自_識_。Identification)技術是近年來所發展出用來對特定 馨對象包含人、事、物等進行韻的技術，而辨識所依據的通常是與該 特定對象相關的資訊比對及確認。自動辨識技術大抵包含了接觸式及 非接觸式。早期以接觸式的辨識為主例如战觸式丨c卡的使用，而有 鑑於細式ic卡與讀卡狀Ρθ1的侧不良、脑料磨概丨c卡内 部電路易受破壞等問題，最近遂有非接觸式丨C卡的發展。 利用非接觸式1C卡進行通瞒，不需把卡諸人讀卡機，只要把 卡片的天線面靠近讀卡機即可進行資料的傳輸、讀取甚至於寫入。依 非接觸式1C卡所能被遙控(remote)的通信距離而區分，非接觸式丨c 卡可刀為緊貼型(closed_coupled)、近接型(pr0Xjmjty)、近傍型(vjcjnjty) 及逖方型。緊貼型的國際標準化規格有丨S0/旧C 1〇5236，近接型的國 際私準化規格有丨SO/EC 14443,近傍型的國際標準化規格有丨s〇/旧c 15693。 在此’非接觸式IC卡的技術原理係以射頻辨識(RF丨D ; Radj〇 Frequency Identification)為主。換言之，也就是將一個丨c矽晶片 M305942 _〇η _及用導電塗料印刷而成的天線(她叫所構成的電路裝 置包覆起來而以標籤(tag)或卡片(card)或轉發器(transp〇nder)或其他 的形式呈現’並以-無線射頻收發器(transcejver)發送無線射頻訊號至 該電路裝置，而電路褒置在接收該無線射頻收發器所發送之無線射頻 訊號之後依需求回傳另-無線射頻訊號，俾操作者可由回傳的無線射 _頻訊號讀取到與該物體有關的資訊，而達到自動辨識該物體的目的。 纏然而’由於自動觸應用的場合相#廣泛，健是財#形式存 在的射頻辨識褒置並無法符合各種場合的需求及其便利性。因此，本 創作提出了-種射頻翻衣物標籤，其適用於例如是洗衣店 (丨a_ry)、醫療院所及衣物製造商或量販店等場合，而能對衣物進行 自動分類、防偽、搜尋及清洗過程控管等處理。 丁 【新型内容】 • 本創作之一目的在於提供一種射頻識別衣物標籤，適用於 鲁衣店對衣物進行自動分類管理。 、用於一般洗 本創作之另一目的在於提供一種射頻識別衣物標籤，適用於醫療 ^所對換洗衣物或丟棄衣物進行自動分類管理，⑽免造錢染。\ •本創作之再一目的在於提供一種射頻識別衣物標籤，適用於衣物 衣造商或販賣商拿來作為衣物的防偽標籤。 本創作之射頻識別衣物標籤，包含有一晶片載體， 曰曰月载體則包 了可接收及發送一射頻訊號之矽晶片，晶片載體之 6 M305942 於洗衣及乾洗之化學洗劑例如甲醇的腐蝕，而射頻訊號的操作頻率則 以 13_56MHZ±250KHZ 及 125KHZ 為主。 一實施例中，晶片載體之形狀為圓形；另一實施例中，除了晶片 載體之形狀為圓形外，晶片載體中心處更形成有一通孔，供線穿過而 將射頻識別衣物標籤固定在衣物上；再一實施例中，晶片载體左右兩 側分別形成通孔，供線穿過而將射頻識別衣物標籤固定在衣物上。 另一方面，本創作之射頻識別衣物標籤之晶片載體的材料係尼 龍，整個射頻識別衣物標籤之工作溫度為_25°c至g〇°c。 又方面本創作之射頻識別衣物標戴之射頻訊號的操作頻率為 13.56MHZ ± 250 KHZ 或 125KHZ。石夕晶片例如是 GK4001 或 H4102 或 Temic E5557 或 Hitag 1 或 Hitag 2。 本創作的優點在於，第―、顧具有射頻識別功能之衣標籤來 讓衣物的分類管理及清洗__自動化。第二、具有射頻識別功能 的衣物標射同時作為衣物製造或販f時的防偽n能與偽造品 區隔。第二、本創作可應用於醫療院所之換洗衣物及寢具之清洗管理， 避免造成感染。 【實施方式】 本新型創作揭露一種射頻識別衣物標籤，其包含有一晶片載體， 晶片載體包覆了-可接收及發送—射頻_之石夕晶片，尤其晶片載體 之材料可抵抗用於洗衣及乾洗之化學洗劑之腐儀。 M305942 請參見圖1A及圖1B，-第一實施例中’本創作之射頻識別衣物 標籤10之晶片載體11之形狀為圓形，直徑為22mm，厚度為3 2mm。 請參見圖2A及圖2B 第二實施例中，本創作之射頻識別衣物 標籤20之晶片載體21之形狀為圓形，直徑為25mm，厚度為3 2mm。 尤其，晶片載體21中心處形成有一孔徑大小為φ1之通孔22，φΐ 為3mm，通孔22供線穿過而將射頻識別衣物標籤2〇固定在衣物上。 請參見圖3A及圖3B，一第三實施例中，本創作之射頻識別衣物 ®標籤30之晶片載體31之形狀為圓形，直徑為D，〇為16mm至 22mm，厚度為Η，Η為3mm。尤其，晶片載體31左右兩侧分別形 成通孔32及通孔33,供線穿過而將射頻識別衣物標籤3〇固定在衣物 上。在此’通孔32及33的中心距離為w，W為6.5mm至8.75mm， 而通孔32及通孔33之孔徑大小為φ2, φ2為1_2mm至2mm。又， 晶片載體31之側表面形成圓角，圓角半徑為ri，ri為i_5mm。 • 在以上各實施例中，儘管所述及之晶片載體彳彳、21及31之形狀 -均以圓形為例，但晶片載體的形狀並不受限於圓形，其也可以是其他 形狀諸如矩形、三角形、豆形、橢圓形及手指形等等。又，例如第三 實施例所述及之侧表面圓角設計也可以應用至第一實施例及第二實施 例中。 另一方面，在以上各實施例中，晶片載體Ή、21及31之材料例 如疋尼龍’而整個射頻識別衣物標籤10、20及30之工作溫度為-25 °C 至 90°c。 M305942 再一方面，晶片載體11、21及31之内含矽晶片（未顯示)之射頻 訊號之操作頻率可以是13·56ΜΗΖ±250 KHZ或者125KHZ，而内含 矽晶片符合ISO/旧C 15693國際化標準規格，其可以是gmoo^i或 H4102或Temic E5557或Hitag 1或Hitag 2。以下針對這些|c晶片 稍作說明。 首先，GK4001是凌航科技股份有限公司(G〇|dKeyTechndc)gy Corporation)所開發的唯讀ic晶片，操作頻率為125KHZ、記憶容量 鲁為64位元。H4102係-互補式金屬氧化半導體_s)式的唯讀丨c晶 片，由EM Microelectronic-Marin SA這家公司所開發，操作頻率為 125KHZ、記憶容量為64位元。M305942 VIII. New description: [New technical field] The new type relates to a clothing tag, in particular to a radio frequency identification (Radio frequency iden诵cati〇n) clothing label. [Prior Art] Self___. Identification technology is a technique developed in recent years to rhyme to a specific object, including people, things, things, etc., and identification is usually based on information comparison and confirmation related to the specific object. Automatic identification technology generally covers both contact and non-contact. In the early days, the contact type identification was mainly used, for example, the use of the touch-type 丨c card, and in view of the problems of the side of the fine ic card and the card-reading Ρθ1, and the internal circuit of the brain-grinding 丨c card is easily damaged, etc. There is a development of non-contact 丨C card. By using the non-contact 1C card for overnight, it is not necessary to put the card reader into the card reader, and the data can be transmitted, read or even written by simply bringing the antenna surface of the card close to the card reader. According to the non-contact type 1C card, it can be distinguished by the remote communication distance. The non-contact type 卡c card can be closed type (closed_coupled), close type (pr0Xjmjty), near type (vjcjnjty) and square type. . The international standardization specifications of the close-fitting type are 丨S0/old C 1〇5236, the international standardization specification of the proximity type is 丨SO/EC 14443, and the international standardization specification of the near-type type is 丨s〇/old c 15693. The technical principle of the 'contactless IC card' is based on radio frequency identification (RF丨D; Radj〇 Frequency Identification). In other words, that is, a 丨c矽 wafer M305942 _〇η _ and an antenna printed with conductive paint (she called the circuit device covered by a tag or card or transponder ( Transp〇nder) or other forms present and transmit a radio frequency signal to the circuit device by a radio transceiver (transcejver), and the circuit device is configured to receive the radio frequency signal sent by the radio frequency transceiver after receiving the radio frequency signal sent by the radio frequency transceiver. Passing another - wireless RF signal, the operator can read the information related to the object by the returned wireless radio frequency signal, and achieve the purpose of automatically recognizing the object. Wrapped by the occasion of the automatic touch application The existence of the radio frequency identification device in the form of Jianyin Cai can not meet the needs of various occasions and its convenience. Therefore, this creation proposes a kind of radio frequency flipping label, which is applicable to, for example, a laundry (丨a_ry), medical treatment. In the case of institutions, clothing manufacturers or mass merchandisers, etc., the clothing can be automatically classified, anti-counterfeiting, search and cleaning process control, etc. Ding [new content] • This creation One purpose is to provide a radio frequency identification clothing label, which is suitable for automatic classification management of clothes in Luyidian. Another purpose for general laundry creation is to provide a radio frequency identification clothing label, which is suitable for medical clothing exchange or Discarding clothing for automatic sorting management, (10) Free of money-making.\ • Another purpose of this creation is to provide a radio frequency identification clothing label that is suitable for clothing manufacturers or vendors to use as anti-counterfeit labels for clothing. The identification label of the clothing comprises a wafer carrier, and the carrier of the month comprises a wafer for receiving and transmitting an RF signal, the 6 M305942 of the wafer carrier is corroded by a chemical detergent such as methanol for washing and dry cleaning, and the RF signal is The operating frequency is mainly 13_56MHZ±250KHZ and 125KHZ. In one embodiment, the shape of the wafer carrier is circular; in another embodiment, in addition to the shape of the wafer carrier being circular, a through hole is formed at the center of the wafer carrier. The wire is passed through to fix the RFID tag on the garment; in another embodiment, the wafer carrier A through hole is formed on the right side for the wire to pass through to fix the RFID tag on the clothing. On the other hand, the material of the wafer carrier of the RFID tag of the present invention is nylon, and the working temperature of the entire RFID tag is It is _25°c to g〇°c. In addition, the frequency of the RF signal marked by the radio frequency identification clothing of this creation is 13.56MHZ ± 250 KHZ or 125KHZ. For example, GSK4001 or H4102 or Temic E5557 or Hitag 1 Or Hitag 2. The advantage of this creation is that the first and the RFID tag with the RFID function are used to classify and clean the clothes. Second, the clothing marking with the radio frequency identification function can also be separated from the counterfeit goods as the anti-counterfeiting of the clothing manufacturing or selling. Second, the creation can be applied to the cleaning management of changing clothes and bedding in medical institutions to avoid infection. [Embodiment] The present invention discloses a radio frequency identification clothing label comprising a wafer carrier covered with a - receive and transmit RF RF chip, in particular, the material of the wafer carrier is resistant to laundry and dry cleaning Chemical lotion rotator. M305942 Referring to Fig. 1A and Fig. 1B, in the first embodiment, the wafer carrier 11 of the radio frequency identification clothing label 10 of the present invention has a circular shape with a diameter of 22 mm and a thickness of 32 mm. Referring to the second embodiment of Fig. 2A and Fig. 2B, the wafer carrier 21 of the RFID tag 20 of the present invention has a circular shape with a diameter of 25 mm and a thickness of 32 mm. Specifically, a through hole 22 having a hole diameter of φ1 is formed at the center of the wafer carrier 21, and φ ΐ is 3 mm, and the through hole 22 is passed through to fix the RFID tag 2 〇 on the laundry. Referring to FIG. 3A and FIG. 3B, in a third embodiment, the wafer carrier 31 of the RFID tag® 30 of the present invention has a circular shape with a diameter D, a diameter of 16 mm to 22 mm, and a thickness of Η, Η 3mm. In particular, the right and left sides of the wafer carrier 31 are respectively formed with through holes 32 and through holes 33 for the passage of the wires to fix the RFID tag 3 〇 to the clothes. Here, the center distances of the through holes 32 and 33 are w, W is 6.5 mm to 8.75 mm, and the apertures of the through holes 32 and the through holes 33 are φ2, and φ2 is 1_2 mm to 2 mm. Further, the side surface of the wafer carrier 31 is rounded, and the fillet radius is ri, ri is i_5 mm. • In the above embodiments, although the shapes of the wafer carriers 彳彳, 21, and 31 are all exemplified by a circle, the shape of the wafer carrier is not limited to a circular shape, and may be other shapes. Such as rectangles, triangles, beans, ovals, and fingers. Further, for example, the side surface rounding design described in the third embodiment can be applied to the first embodiment and the second embodiment. On the other hand, in the above embodiments, the materials of the wafer carriers 21, 21 and 31 are, for example, 疋 nylon' and the entire radio frequency identification clothing labels 10, 20 and 30 are operated at a temperature of -25 ° C to 90 ° C. M305942 On the other hand, the operating frequency of the RF signal containing the germanium wafer (not shown) in the wafer carriers 11, 21 and 31 can be 13.56 ΜΗΖ ± 250 KHZ or 125 kHz, and the germanium containing wafer conforms to the ISO/old C 15693 international Standard specification, which can be gmoo^i or H4102 or Temic E5557 or Hitag 1 or Hitag 2. These |c wafers are briefly described below. First, the GK4001 is a read-only ic chip developed by LG Corporation (G〇|dKeyTechndc) gy Corporation. The operating frequency is 125KHZ and the memory capacity is 64 bits. The H4102-complementary metal oxide semiconductor _s) type of read-only 丨c wafer, developed by EM Microelectronic-Marin SA, operates at a frequency of 125 kHz and a memory capacity of 64 bits.
Temic E5557是Atmel公司所開發的可讀寫射頻識別丨c晶片， 操作頻率在125KHZ、記憶容量為330位元。The Temic E5557 is a readable and writable RFID chip developed by Atmel with an operating frequency of 125 kHz and a memory capacity of 330 bits.
Hitag 1 IC曰曰片係適用於125 KHZ近接型(proxjmjty)系統之可配 &置且具撓性之讀-寫資料記憶卡，記憶容量為2〇48位元。Hjtag】|C -晶片的操作頻率範圍為100至150kHz且提供了在惡劣環境下(例如在 天線的In®时金屬靠近或濕氣過多)得以健全的優點。如此一來，便 可確保資料傳輸的安全而不會受到電子干擾的影響。Hitag彳丨c晶片 有著熟為人知的防衝突特性而能在讀卡機的領域内同時操作數個標 鐵。相當低功率的EEPROM設計可在同樣長的操作距離上讀取及寫 入。Hitag 2 IC晶片則具有多模態的功能而能在不同的讀取及傳輸速 率中進行操作，且支援各種不同的協定而能應用在不同領域，其操作 頻率為125 KHZ、記憶容量為256位元。 9 (s) M305942 以上，本創作已藉由各個實施例及其相關圖式而清楚載明。然而， 热習该項技術者當了解的是，本創作之各個實施例在此僅為例示性而 非為限制性，亦即，在不脫離本創作實質精神及範圍之内，上述所述 及之各元件的變化例及修正例均為本創作所涵蓋，本創作係由後附之 申請專利範圍所加以界定。 , 【圖式簡單說明】 第1A ®係-上棚，齡本創㈣—實_之射賴別衣物標 •籤。 第1B ®係，棚，本創作第—實施狀㈣識別衣物標 籤。 第2A目係-上視圖，顯示本創作第二實施例之射賴別衣物標 籤。 第2B _-側視圖’顯示本創作第二實侧之射賴別衣物標 ‘籤。 - $ 3A ®係—上視圖，顯示本創作第三實施例之_識別衣物標 籤。 第3B圖係-侧视圖，顯示本創作第三實施例之射頻識別衣物標 籤。 【主要元件符號說明】 1〇〜射頻識別衣物標籤 11〜晶片載體 M305942 20〜射頻識別衣物標籤 21〜晶片載體 22〜通孔 30〜射頻識別衣物標籤 31〜晶片載體 ~ 32〜通孔 33〜通孔Hitag 1 IC 曰曰 film is suitable for 125 KHZ proximity (proxjmjty) system and can be equipped with a flexible read-write data memory card with a memory capacity of 2 〇 48 bits. Hjtag]|C-Chip operates over a frequency range of 100 to 150 kHz and provides the advantage of being robust in harsh environments such as near metal or excessive moisture in the In® of the antenna. This ensures the security of data transmission without being affected by electronic interference. The Hitag彳丨c chip has a well-known anti-collision feature that allows simultaneous operation of several standard rails in the field of card readers. A fairly low power EEPROM design can be read and written over the same long operating distance. The Hitag 2 IC chip has multi-mode capability and can operate at different read and transfer rates, and supports various protocols for different applications. The operating frequency is 125 KHZ and the memory capacity is 256 bits. yuan. 9 (s) M305942 Above, this creation has been clearly illustrated by the various embodiments and their associated drawings. However, it will be understood by those skilled in the art that the various embodiments of the present invention are intended to be illustrative and not limiting, that is, without departing from the spirit and scope of the present invention, Variations and modifications of the various components are covered by this creation, and the creation is defined by the scope of the appended patent application. , [Simple description of the schema] The 1A ® series - the upper shed, the age of the original (four) - the real _ shoots the clothing label. The 1B® series, the shed, the first creation of the creation (4) identifies the clothing label. The second item is a top view showing the clothing label of the second embodiment of the present creation. The 2B _-side view ’ shows the second real side of the creation. - $3A® is a top view showing the identification of the clothing label of the third embodiment of the present creation. Fig. 3B is a side view showing the radio frequency identification clothing label of the third embodiment of the present creation. [Main component symbol description] 1〇~RF identification clothing label 11~ wafer carrier M305942 20~RF identification clothing label 21~ wafer carrier 22~through hole 30~RF identification clothing label 31~ wafer carrier~32~through hole 33~ hole