CN1749114A - Packaging container cover with anti-counterfeiting identification function - Google Patents
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Abstract
Description
技术领域technical field
本发明涉及一种包装容器盖,特别是指一种采用无线射频辨识装置的具有防伪辨识功能的包装容器盖。The invention relates to a packaging container cover, in particular to a packaging container cover with an anti-counterfeit identification function using a radio frequency identification device.
背景技术Background technique
一般酒类产品、化妆品或饮料等高价液态的商品为防止伪造仿冒,或是避免在商品运送过程中被开启盗用,通常会在容器的封盖上设置一些防伪及防盗的措施。公知的防盗瓶盖的防伪及防盗技术主要如下:Generally, high-priced liquid commodities such as alcoholic products, cosmetics or beverages are usually equipped with some anti-counterfeiting and anti-theft measures on the cover of the container in order to prevent counterfeiting, or avoid being opened and stolen during the transportation of the product. The anti-counterfeiting and anti-theft technology of known anti-theft bottle caps are mainly as follows:
防盗环设计:于包装瓶盖的底缘设置一防盗环,防盗环与瓶盖之间的连接部位设计成在瓶盖开启时会被破坏的构造,因此可藉由防盗环是否被破坏而辨别容器封盖是否有被开启,藉以辨识容器内的产品是否有被盗用,并且可以避免使用过的容器及封盖被重复回收使用。Anti-theft ring design: An anti-theft ring is set on the bottom edge of the packaging bottle cap. The connection between the anti-theft ring and the bottle cap is designed to be destroyed when the bottle cap is opened, so it can be identified by whether the anti-theft ring is damaged Whether the container cover has been opened, so as to identify whether the product in the container has been stolen, and can prevent the used container and cover from being recycled.
隐型标识符:于包装容器盖上印制上特殊的隐形字样或图案,该隐形字样在紫外线照射下,盖侧上缘圆环处会显现隐形字样,藉以辨别包装容器是否为伪造。Invisible identifier: special invisible words or patterns are printed on the cover of the packaging container. Under ultraviolet light, the invisible words will appear on the ring on the upper edge of the cover side, so as to distinguish whether the packaging container is counterfeit.
盖侧凸字:盖侧360度字磨光处理及特殊字样设计,瓶盖外表呈现立体图案,其作用同样可以辨别包装容器是否为伪造。Embossed characters on the cap side: 360-degree character polishing treatment and special character design on the cap side, the surface of the bottle cap presents a three-dimensional pattern, which can also identify whether the packaging container is counterfeit.
上述的公知防盗及防伪技术所采用的方法是利用视觉辨识和破坏性包装的方式,提供消费者辨识产品的真伪,并防止产品包装被开启或是重复回收使用。然而该种防伪瓶盖的设计必须以视觉辨别方式辨识,仅具有简单的辨识真伪功能,而无法提供商品的详细信息,而且必须每件产品逐一检查,并无法快速全面应付快速大量物流信息处理的需求。The method adopted by the above-mentioned known anti-theft and anti-counterfeiting technology is to use visual recognition and destructive packaging to provide consumers with identifying the authenticity of the product and prevent the product packaging from being opened or recycled. However, the design of this kind of anti-counterfeiting bottle cap must be identified by visual identification. It only has the function of simple identification of authenticity, but cannot provide detailed information on the product. Moreover, each product must be checked one by one, and it cannot quickly and comprehensively handle a large amount of logistics information processing. demand.
另一种公知的商品防伪技术,是采用条形码卷标的方式,利用条形码提供较为详细的商品信息。然而条形码必须使用条形码读取器方能够读取,而且条形码记录字段有限,能够记录的商品信息有限,若要查询详细商品信息尚必须利用条形码所记录的序号上网查询,而无法快速取得商品的详细信息。而且公知的商品条形码是光学读取,必须逐一扫描才能够读取商品信息,因此同样无法适用于物流业大量快速处理的需求。Another known commodity anti-counterfeiting technology is to use a barcode label to provide more detailed commodity information. However, the barcode must be read with a barcode reader, and the barcode record fields are limited, and the product information that can be recorded is limited. If you want to query detailed product information, you must use the serial number recorded in the barcode to query online, and you cannot quickly obtain the details of the product. information. Moreover, the known commodity barcodes are optically read, and must be scanned one by one to read the commodity information, so they are also unable to meet the needs of a large number of fast processing in the logistics industry.
为了因应现代物流业发展潮流所需,业界开始推动能够自动化处理,且能够于短时间内处理大量产品辨识信息的技术,其中代表性技术为无线射频识别系统(RFID)。无线射频识别系统(RFID)主要包括三大部份:标识芯片(Tag)、天线(Antenna)、读取器(Reader)三大部份。其中标识芯片(Tag)进入读取器的磁场区域后,凭借感应电流所获得的能量发送出储存在芯片中的产品信息,或是主动地发送某一频率的信号,读取器读取信息并译码后,送至中央信息处理系统进行相关的处理。In order to meet the needs of the development trend of the modern logistics industry, the industry has begun to promote technologies that can automatically process and process a large amount of product identification information in a short period of time. The representative technology is radio frequency identification (RFID). The radio frequency identification system (RFID) mainly includes three parts: the identification chip (Tag), the antenna (Antenna), and the reader (Reader). Among them, after the identification chip (Tag) enters the magnetic field area of the reader, it sends out the product information stored in the chip by virtue of the energy obtained by the induced current, or actively sends a signal of a certain frequency, and the reader reads the information and After decoding, it is sent to the central information processing system for relevant processing.
由于无线射频识别系统采用非接触感应式的讯号读取方式,而且可以于大区域范围内读取产品讯号,并结合中央处理系统快速处理能力,因此可以快速且自动化地识别产品信息,而能够应用于大量物流的处理用途,因此使得美国WAL-MART等大型量贩业者及大型物流服务业者开始积极推动RFID的技术。此外,为了加强航空、海运货运的安全性,航空货运及海运通关也开始引进RFID技术,用以加快货品通关速度,并帮助确认通关货品的安全性。Since the radio frequency identification system adopts a non-contact inductive signal reading method, and can read product signals in a large area, combined with the fast processing capability of the central processing system, it can quickly and automatically identify product information, and can be applied For the processing of a large number of logistics, large-scale retailers such as WAL-MART in the United States and large-scale logistics service providers began to actively promote RFID technology. In addition, in order to enhance the security of air and sea freight, air freight and sea freight customs clearance have also begun to introduce RFID technology to speed up the customs clearance of goods and help confirm the safety of customs clearance goods.
目前RFID的技术尚处于应用导入阶段,市面上已有部份产品包装开始应用RFID的技术,以取代传统的条形码。如美国专利6226619号案中,是于包装瓶盖上设置一识别芯片与天线元件,且其识别芯片具有只可读取一次的自行破坏功能,使得识别芯片只能够被读取系统读取一次,便会自行破坏芯片,使其无法被重复读取。At present, RFID technology is still in the stage of application introduction, and some product packaging on the market has begun to apply RFID technology to replace traditional barcodes. For example, in U.S. Patent No. 6,226,619, an identification chip and an antenna element are arranged on the packaging bottle cap, and the identification chip has a self-destruction function that can only be read once, so that the identification chip can only be read once by the reading system. It will destroy the chip by itself, making it impossible to be read repeatedly.
然而该种公知的具有RFID的包装容器瓶盖其芯片的天线面积有限,因此使其读取角度范围受到限制,而且其识别芯片并无物理性破坏的防止措施,无法防止芯片及容器盖被拆卸后装置于仿冒品上,因此无法达到完全的防伪功能。由此可知公知的具有RFID的包装容器瓶盖在使用上仍有改进空间。However, the antenna area of the chip of the known RFID packaging container bottle cap is limited, so its reading angle range is limited, and the identification chip has no physical damage prevention measures, which cannot prevent the chip and the container cap from being disassembled. Afterwards, it is installed on counterfeit products, so it cannot achieve complete anti-counterfeiting function. It can be seen that the known packaging container bottle caps with RFID still have room for improvement in use.
发明内容Contents of the invention
本发明要解决的技术问题是:提供一种藉由无线射频辨识技术,达到防伪及防盗功能的包装容器盖,其主要技术手段在于将一个产品识别芯片设置于一包装容器的盖子内部,盖子本体为识别芯片的天线,而且于产品识别芯片具有机械式的拆卸破坏功能,因此在容器盖被开启时,储存芯片便会失去作用。The technical problem to be solved by the present invention is to provide a packaging container cover that achieves anti-counterfeiting and anti-theft functions through radio frequency identification technology. The main technical means is to set a product identification chip inside the cover of a packaging container. In order to identify the antenna of the chip, and the product identification chip has a mechanical disassembly and destruction function, when the container lid is opened, the memory chip will lose its function.
本发明的技术解决方案是:一种具有防伪辨识功能的包装容器盖,其包含有:一盖体,该盖体至少有一部份以导电材质制成,而形成一可供作为收发讯号的天线;以及一识别芯片,设置于该盖体的内部,其可储存产品识别信息,并可产生一用以供识别该产品信息的射频讯号;而该识别芯片藉由多个连接部与该盖体达成电连接,且以该盖体作为发射前述的射频讯号的天线;藉由以上元件的组合,而可藉由该天线提供识别芯片发射产品信息,并且藉由拆卸破坏装置保护该识别芯片,使其不至于被拆卸重复使用。The technical solution of the present invention is: a packaging container cover with anti-counterfeiting identification function, which includes: a cover body, at least a part of which is made of conductive material, and forms an antenna that can be used as an antenna for sending and receiving signals and an identification chip arranged inside the cover, which can store product identification information and generate a radio frequency signal for identifying the product information; and the identification chip is connected to the cover through a plurality of connecting parts The electrical connection is achieved, and the cover is used as the antenna for transmitting the aforementioned radio frequency signal; through the combination of the above components, the identification chip can be used to transmit product information through the antenna, and the identification chip can be protected by disassembling and destroying the device, so that It cannot be disassembled and reused.
藉由本发明的技术手段,由于盖子本体的全部面积皆为天线,因此使得识别芯片的感应面积广泛,且无方向性的限制,因此更加地加强了识别芯片感应的敏感性。同时产品识别芯片具有破坏装置,可以在盖子开启时受到破坏而失去效用,因此可有效避免被重复利用,而增进其防伪效果。With the technical means of the present invention, since the entire area of the cover body is an antenna, the sensing area of the identification chip is wide and has no direction limitation, thus further enhancing the sensitivity of the identification chip. At the same time, the product identification chip has a destruction device, which can be destroyed when the cover is opened and lose its effectiveness, so it can effectively avoid being reused and improve its anti-counterfeiting effect.
附图说明Description of drawings
图1为本发明第一实施例的构造示意图。Fig. 1 is a schematic structural view of the first embodiment of the present invention.
图2为本发明第二实施例的构造示意图。Fig. 2 is a schematic structural view of the second embodiment of the present invention.
图3为本发明第三实施例的构造示意图。Fig. 3 is a schematic structural view of a third embodiment of the present invention.
图4为本发明第四实施例的构造示意图。Fig. 4 is a schematic structural diagram of a fourth embodiment of the present invention.
附图标号说明:Explanation of reference numbers:
1、容器 10、盖体 10A、盖体 11A、天线部1.
20、识别芯片 21、讯号发射部 22、连接部 30、拆卸破坏装置20.
31、拆卸环 32、连接部 33、塞体 34、塞体31. Disassembly
具体实施方式Detailed ways
本发明为解决上述技术问题所采用的技术手段、元件及其功效兹以具体实施例,并配合相关附图详细说明如下。The technical means, components and their functions adopted by the present invention to solve the above technical problems are described in detail as follows with specific embodiments and related drawings.
如图1所示,本发明的具有防伪辨识功能的包装容器盖其中主要包括:一盖体10,可密封于一容器1的开口位置;及一识别芯片20,以贴附或隐藏的方式装置于该盖体10的内部,并且于芯片内部可储存产品信息,其具有一讯号发射部21,该讯号发射部21与盖体10间藉由若干连接部22连接,而使得讯号发射部21与盖体10之间达成电子性的连接,而能够以该盖体10作为收发讯号的天线,而能够主动或被动的方式发射出一用以供识别产品信息的射频讯号,供RFID系统的读取器(Reader)读取商品的信息;及一拆卸破坏装置30,可于该盖体10被从容器1的开口打开时,产生破坏作用,使得识别芯片20的发射信息的功能被破坏,而失去作用,以防止本发明的包装容器盖被拆卸或是重复使用。As shown in Figure 1, the packaging container cover with anti-counterfeiting identification function of the present invention mainly includes: a
前述识别芯片20的构造及技术与公知的RFID系统的识别芯片类似,因此本文不做详细说明。The structure and technology of the
本发明不同于公知的RFID系统的主要特征,在于该盖体10本身兼具有识别芯片20的收发讯号天线的功用,因此使得识别芯片20的收发讯号的天线的面积可以遍布整个盖体10,而加强了识别芯片20收发讯号的强度及敏感性,因此使得搭配本发明技术手段使用的RFID系统的识别器能够在更广大的区域范围内读取到产品的信息,而有效地提高了工作的效率与处理大量产品信息的能力。同时更减低了产品信息读取失误的情形发生。The present invention is different from the main feature of the known RFID system in that the
如图1所示的第一实施例中,该盖体10以铜、铝等导电材质制成,因此盖体10本身便具有天线的功能。该识别芯片20的讯号发射装置与该盖体10之间相互连接,因此使得该识别芯片20的信息可以经由该盖体10发射。In the first embodiment shown in FIG. 1 , the
本发明的另一特征,则在于该盖体10上设置有一拆卸破坏装置30,用以防止本发明的包装容器盖被开启或拆卸。第一实施例中,拆卸破坏装置30为一个与盖体10分离的拆卸环31,其与盖体10之间仅有若干连接部32连接,且在盖体10被开启时,连接部32会断裂,而使得拆卸环31会与盖体10分离。前述识别芯片20最少有一部份与该拆卸环31连接,因此当盖体10被开启时,识别芯片20二端分别受到拆卸破坏环31与盖体10拉扯,因此使得识别芯片20本身被破坏,或者是识别芯片20与盖体10之间的连接部22受到拉扯断裂。Another feature of the present invention is that the
藉由该拆卸破坏装置30,可以使得识别芯片20在盖体10被开启时受到破坏,而失去发射讯号的能力,因此可以轻易地藉由读取系统(reader)分辨出包装容器盖是否被开启过,也能够避免本发明的包装容器盖被回收重复使用。With the disassembly and
本发明尚有多种变化实施例,如图2所示为本发明第二实施例。该实施例中,使用的盖体10A可采用非导电的塑料或其它材质制成,另于盖体10A的大部分面积包覆有一天线部11A,该天线部11A以导电材质制成,且该识别芯片20的发射部21与该天线部11A之间以若干连接部22连接在一起,而达成电子性的连接。前述天线部11A可以金属薄片制成,亦可以利用印刷方式将导电材料印刷在盖体10A表面的方式制成。The present invention still has many variant embodiments, as shown in FIG. 2 is the second embodiment of the present invention. In this embodiment, the
本发明第二实施例与第一实施例相比较,其天线部11A的面积接近整个盖体10A的面积,因此使得识别芯片20的收发讯号的天线面积与第一实施例接近。然而由于该盖体10A可以采用非导电材质制成,因此可以应用在塑料包装容器的封口瓶盖,因此使其应用范围更为广泛。Compared with the first embodiment, the area of the
此外,针对上述拆卸破坏装置30尚有多种变化实施例,如图3所示为本发明第三实施例,其中使用的拆卸破坏装置30为一个与盖体10分离的塞体33,该塞体33密封于容器1的开口处,且在盖体10拆卸时,会与盖体10分离。前述识别芯片20最少有一部份固定在该塞体33上,且藉由连接部22与盖体10或是天线部连接,因此当盖体10拆卸时,该识别芯片20或是芯片与盖体10的连接部22会受到拉扯断裂,而使得识别芯片20失去发射讯号的功能。In addition, there are many variants for the above-mentioned dismantling and destroying
另如图4所示,为本发明第四实施例,该实施例为拆卸破坏装置30的另一变化构造,其中使用的拆卸破坏装置30为一个与盖体10分离的塞体34,该塞体34与盖体10可在盖体10被拆卸时相互分离。与前述第三实施例的不同点,在于该识别芯片20装置在盖体10的内侧面,而识别芯片20的连接部22至少有一部份与该塞体34连接,因此在盖体10被开启时,连接部22可被破坏,使得识别芯片20与盖体10间的连接被破坏,而无法继续发射讯号。Also as shown in Figure 4, it is the fourth embodiment of the present invention, which is another variation structure of the disassembly and
藉由本发明技术手段,可以藉由RFID的技术,提供RFID中央处理系统能够在短时间内辨识大量的产品信息,而达到滴水不漏的防伪辨识效果。此外,由于盖体10能够提供更为广泛的感应天线作用面积,所以使得读取系统能够更灵敏且正确地读取产品信息,再加上拆卸破坏装置30的保护作用,可以有效地避免识别芯片被重复回收利用,而达到确实的防伪功能。With the technical means of the present invention, the RFID technology can be used to provide the RFID central processing system to identify a large amount of product information in a short period of time, so as to achieve a watertight anti-counterfeiting identification effect. In addition, since the
虽然本发明已以具体实施例揭示,但其并非用以限定本发明,任何本领域的技术人员,在不脱离本发明的构思和范围的前提下所作出的等同组件的置换,或依本发明专利保护范围所作的等同变化与修饰,皆应仍属本专利涵盖之范畴。Although the present invention has been disclosed with specific embodiments, it is not intended to limit the present invention. Any person skilled in the art can make replacements of equivalent components without departing from the concept and scope of the present invention, or replace them according to the present invention. The equivalent changes and modifications made in the scope of patent protection shall still fall within the scope of this patent.
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| CN102862734A (en) * | 2011-07-06 | 2013-01-09 | 众睿科技有限公司 | Bottle cap with anti-counterfeiting function |
| CN105173369A (en) * | 2015-07-30 | 2015-12-23 | 熊贤浪 | Intelligent anti-fake system |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2388141Y (en) * | 1999-09-20 | 2000-07-19 | 深圳市清华茂物投资发展有限公司 | Bottle top type electronic anti-forging device |
| CN2571691Y (en) * | 2002-07-23 | 2003-09-10 | 陈捷力 | IC intelligent anti-counterfeit bottle cap |
-
2004
- 2004-09-16 CN CNB2004100778940A patent/CN100368267C/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102862734A (en) * | 2011-07-06 | 2013-01-09 | 众睿科技有限公司 | Bottle cap with anti-counterfeiting function |
| CN105173369A (en) * | 2015-07-30 | 2015-12-23 | 熊贤浪 | Intelligent anti-fake system |
| CN105173369B (en) * | 2015-07-30 | 2017-06-23 | 熊贤浪 | Intelligent anti-fake system |
Also Published As
| Publication number | Publication date |
|---|---|
| CN100368267C (en) | 2008-02-13 |
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