WO2018027711A1 - 一种可以对儿童进行追踪定位的rfid钥匙环 - Google Patents
一种可以对儿童进行追踪定位的rfid钥匙环 Download PDFInfo
- Publication number
- WO2018027711A1 WO2018027711A1 PCT/CN2016/094491 CN2016094491W WO2018027711A1 WO 2018027711 A1 WO2018027711 A1 WO 2018027711A1 CN 2016094491 W CN2016094491 W CN 2016094491W WO 2018027711 A1 WO2018027711 A1 WO 2018027711A1
- Authority
- WO
- WIPO (PCT)
- Prior art keywords
- key ring
- child
- radio frequency
- hollow structure
- chip
- Prior art date
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Classifications
-
- A—HUMAN NECESSITIES
- A44—HABERDASHERY; JEWELLERY
- A44B—BUTTONS, PINS, BUCKLES, SLIDE FASTENERS, OR THE LIKE
- A44B15/00—Key-rings
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
- G06K17/00—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations
Definitions
- the utility model relates to an RFID key ring which can track and locate children, and belongs to the field of RFID radio frequency identification.
- the child can be traced and located after the departure of the guardian’s line of sight, it will be of great help to prevent the child from being stolen or abducted. At least it can provide important clues and help to the public security organs in solving the case in time to find the missing child. .
- the purpose of the utility model is to provide an RFID key ring that can track and locate children according to the above technical defects. Since the key is a daily necessities carried by a child when the child goes out or goes to school, the identification property of the RFID is utilized. The utility model can quickly and accurately locate and track the location of the child, determine its whereabouts, prevent the child from being stolen or abducted, and provide timely and important behavior after the case occurs. Trace clues.
- an RFID key ring capable of tracking and positioning a child comprising a key ring body, wherein the key ring body is an annular hollow structure.
- the hollow structure is internally provided with an RFID radio frequency antenna and a chip mating body assembly, the RFID radio frequency antenna and chip mating body assembly comprises a PET hard base film, and the PET hard bottom film is disposed in a hollow structure.
- an aluminum foil antenna is disposed on the PET hard base film, and the aluminum foil antenna is provided with a radio frequency chip, and the key ring body is pasted with a self-adhesive paper, and the self-adhesive paper can be Print or print visual information.
- the RFID radio frequency set inside the hollow structure is utilized.
- the antenna and the chip mating body assembly have a long-distance recognition function, and the readers in different positions can be used to non-contactly read the pre-written information in the key ring, and can also write information into the chip, so that the child
- the radio frequency chip information can be read remotely when the guardian's line of sight is exceeded. The information of each link of the child activity can be read by the corresponding reading device.
- the RFID information can be uploaded to the Internet data center after reading, and its destination can be tracked during use.
- the data information can be classified and managed, and the child can be stolen or abducted before the incident. Can provide timely and important clues to children's whereabouts.
- Figure 1 is a cross-sectional structural view of the present invention.
- Figure 2 is a view taken along line A-A of Figure 1.
- the key ring body 41, PET hard base film; 42, aluminum foil antenna; 43, RF chip.
- an RFID key ring capable of tracking and positioning a child includes a key ring body 15 characterized in that the key ring body 15 is an annular hollow structure, and the hollow structure is internally An RFID radio frequency antenna and chip mating body assembly is provided.
- the RFID radio frequency antenna and chip mating body assembly comprises a PET hard base film 41, and the PET hard bottom film 41 is disposed on an inner wall of the hollow structure.
- An aluminum foil antenna 42 is disposed on the PET hard base film 41.
- the aluminum foil antenna 42 is provided with a radio frequency chip 43.
- the key ring body 15 is pasted with a self-adhesive paper (a self-adhesive paper is not shown). ), visual information can be printed or printed on the sticker.
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- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Engineering & Computer Science (AREA)
- Theoretical Computer Science (AREA)
- Lock And Its Accessories (AREA)
Abstract
一种可以对儿童进行追踪定位的RFID钥匙环,包括钥匙环本体(15),所述钥匙环本体(15)为环状中空结构,所述中空结构内部设置有RFID射频天线与芯片嵌合体总成,所述RFID射频天线与芯片嵌合体总成包括PET硬质底膜(41),所述PET硬质底膜(41)设置在中空结构的外壳内壁上,所述PET硬质底膜(41)上设置有铝箔天线(42),所述铝箔天线(42)上设置有射频芯片(43)。该RFID钥匙环利用其中空结构内部设置的RFID射频天线与芯片嵌合体总成,具有了远距离识别功能,可以采用不同位置的读写器非接触式读取钥匙环内预先写入的信息,还可以向其芯片内写入信息,在案发前有效避免了儿童被偷、被拐现象,在案发后能够提供及时、重要的儿童行踪线索。
Description
本实用新型涉及一种可以对儿童进行追踪定位的RFID钥匙环,属于RFID射频识别领域。
目前,伴随着社会不安定因素的问题,儿童失踪、被偷、被拐的案情屡有发生,很多属于严重的治安犯罪问题,不但严重侵犯了儿童的人身安全和自由,而且给儿童的父母和家人带来了长久的精神和经济创伤和负担,加重了社会的不稳定因素。近些年来不但是经济发展较快的城市,就是在偏僻的乡镇、农村,儿童丢失的现象也开始浮现。由于儿童的身体和智力因素发育不完全,对外界的诱惑不能分辨,对外界的暴力手段无法抵抗,或者由于监护人疏于监护,造成恶果。如果能够对儿童偏离监护人视线后的行踪进行追踪和定位,那么对于防止儿童被偷、被拐等恶性案件,将有很大帮助,起码能够对公安机关及时破案,寻找失踪儿童提供重要线索和帮助。
实用新型内容
本实用新型的目的在于针对上述技术缺陷,提供一种可以对儿童进行追踪定位的RFID钥匙环,由于钥匙是儿童在外出、上学等社会活动时随身携带的日用品,因此利用RFID的识别特性,本实用新型能够快速、准确的对儿童所处的地点进行定位和追踪,判断其去向,防止儿童的被偷、被拐案件,在案情发生后能够提供及时、重要的行
踪线索。
本实用新型其解决技术问题所采用的技术方案如下所述:一种可以对儿童进行追踪定位的RFID钥匙环,包括钥匙环本体,其特征在于,所述的钥匙环本体为环状中空结构,所述的中空结构内部设置有RFID射频天线与芯片嵌合体总成,所述的RFID射频天线与芯片嵌合体总成包括PET硬质底膜,所述的PET硬质底膜设置在中空结构的外壳内壁上,所述PET硬质底膜上设置有铝箔天线,所述的铝箔天线上设置有射频芯片,所述的钥匙环本体上粘贴有不干胶纸,所述不干胶纸上可以打印或者印刷可视信息。
根据上述结构的本实用新型,具有如下使用功能与有益效果:由于钥匙是儿童在外出、上学等社会活动时随身携带的日用品,所以在使用上述钥匙环后,利用其中空结构内部设置的RFID射频天线与芯片嵌合体总成,具有了远距离识别功能,可以采用不同位置的读写器非接触式读取钥匙环内预先写入的信息,还可以向其芯片内写入信息,这样在儿童超出监护人的视线时可以远距离读取射频芯片信息,儿童活动的每个环节信息可以被相应的读取装置读取,只要在不同的地方设置好读取装置,就可以读取到靠近该装置的RFID信息,在读取后还可以上传到互联网数据中心,在使用中追踪其去向,可以将数据信息进行分类管理,在案发前有效避免了儿童被偷、被拐现象,在案发后能够提供及时、重要的儿童行踪线索。
下面结合附图以及实施方式对本实用新型进行进一步的描述:
图1为本实用新型剖面结构图。
图2为图1中A-A向视图。
在图中,15、钥匙环本体;41、PET硬质底膜;42、铝箔天线;43、射频芯片。
如图1-2所示,一种可以对儿童进行追踪定位的RFID钥匙环,包括钥匙环本体15,其特征在于,所述的钥匙环本体15为环状中空结构,所述的中空结构内部设置有RFID射频天线与芯片嵌合体总成,所述的RFID射频天线与芯片嵌合体总成包括PET硬质底膜41,所述的PET硬质底膜41设置在中空结构的外壳内壁上,所述PET硬质底膜41上设置有铝箔天线42,所述的铝箔天线42上设置有射频芯片43,所述的钥匙环本体15上粘贴有不干胶纸(不干胶纸未示出),所述不干胶纸上可以打印或者印刷可视信息。
Claims (2)
- 一种可以对儿童进行追踪定位的RFID钥匙环,包括钥匙环本体,其特征在于,所述的钥匙环本体为环状中空结构,所述的中空结构内部设置有RFID射频天线与芯片嵌合体总成,所述的RFID射频天线与芯片嵌合体总成包括PET硬质底膜,所述的PET硬质底膜设置在中空结构的外壳内壁上,所述PET硬质底膜上设置有铝箔天线,所述的铝箔天线上设置有射频芯片。
- 根据权利要求1所述的可以对儿童进行追踪定位的RFID钥匙环,其特征还在于,所述不干胶纸上打印或者印刷可视信息。
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