一种抗恶劣环境的锁定识别装置

By combining the plug-in steel wire lead seal assembly with the passive RFID inlay, the problem of easy damage and scratches to the identification device in harsh environments is solved, realizing the integration of durability and electronic identification, and ensuring that RFID can be read in metal environments.

CN224519436UActive Publication Date: 2026-07-17
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Utility models(China)
Filing Date
2025-06-19
Publication Date
2026-07-17

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Abstract

本实用新型公开了一种抗恶劣环境的锁定识别装置，包括对插式钢丝铅封组件，该对插式钢丝铅封组件包括基体、连接绳、插杆，所述基体与插杆通过连接绳相连，所述基体外表面包覆有外包层，所述外包层内设有识别腔体，该识别腔体内设置有RFID嵌体，所述RFID嵌体采用无源RFID嵌体。本装置通过包覆式结构封闭RFID嵌体，避免外凸损伤，提升抗撕咬、抗刮蹭与抗化学腐蚀能力，适用于畜牧管理、户外设备追踪等恶劣环境场景。
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Claims

1. A lock and key arrangement resistant to hostile environments, characterised in that: The invention includes a plug-in type wire seal assembly, which comprises a base, a connecting rope, and a plug rod. The base and the plug rod are connected by the connecting rope. The plug rod can be inserted into the insertion hole of the base and locked. The outer surface of the base is covered with an outer layer, and an identification cavity is provided inside the outer layer. An RFID inlay is provided inside the identification cavity. The RFID inlay is a passive RFID inlay.

2. The ruggedized lock identification device of claim 1, wherein: The insertion rod has a groove, and the insertion hole of the base has a clamping spring inside. The clamping spring is used to lock the insertion rod in the groove when the insertion rod is inserted into the insertion hole of the base.

3. The ruggedized lock identification device of claim 1, wherein: The outer layer includes an outer base layer and an outer top layer. The outer base layer forms a continuous solid medium layer on the outer surface of the substrate. The top of the outer base layer is provided with an identification groove, and an RFID inlay is placed in the identification groove. The RFID inlay is separated from the metal substrate by the outer base layer. The outer top layer covers and seals the identification groove and the RFID inlay.

4. The ruggedized lock identification device of claim 1, wherein: The substrate is made of metal, and the outer top layer is made of a polymer material that can be penetrated by RFID inlay signals.