The utility model discloses a medical film embedded for storing information chips, which comprises a film, a radio frequency chip and a radio frequency antenna. The utility model is characterized in that two ends of the radio frequency chip are connected and surrounded by the radio frequency antenna, and the radio frequency chip and the radio frequency antenna are embedded in the upper left edge of the film. The radio frequency antenna is wound by a special magnetic induction coil. The working frequency of the radio frequency chip is 13mhz. The communication speed of the radio frequency chip is 102 KB / s. The intelligent film obtained by combining the chip and the film can realize the storage of the diagnosis report of the patient. The chip adopts the radio frequency principle without charging, and is embedded in the upper left corner edge of the film, with small volume and thin thickness, which does not affect the printing effect, can withstand high temperature, and will not be damaged by heat during the printing process. When the film printing is completed, the report information of the patient is converted into the format to be stored on the film of the patient, and the patient uses the mobile phone with NFC function to read his own report information easily. Different from the current two-dimensional code, the chip is more secure and not easy to forge, and fully protects the privacy of patients, with high reliability and convenient for users.
【技术实现步骤摘要】
嵌入用于存储信息芯片的医用胶片
本技术涉及医用器械
,特别涉及一种嵌入用于存储信息芯片的医用胶片。
技术介绍
医用胶片已经存在很多年,在最初PACS系统还不完善的情况下,绝大多数还是利用观片诊断。到如今PACS系统已经广泛应用于医院放射科、B超,胃肠镜等科室,胶片慢慢失去了它原先的作用。无线射频识别(RFID)技术是非接触式自动识别技术的一种,它具有防水、防磁、耐高温、读取距离大、安全性强、存储容量大,存储信息更加自如等优点,广泛应用于很多领域。现有的医用胶片不具备存储芯片的功能,信息无法长期保存,患者无法调取胶片信息。
技术实现思路
基于此,针对现有技术,本技术提供了一种嵌入用于存储信息芯片的医用胶片,射频芯片镶嵌在胶片上,能够将患者的报告信息转换成需要存储的格式存储于该患者的胶片上,读取效率高,安全性能高,能够长期保存。本技术的技术方案如下:一种嵌入用于存储信息芯片的医用胶片,包括胶片、射频芯片和射频天线,其特征在于:所述射频芯片两端被射频天线连接并包围,所述射频芯片与射频天线镶嵌在胶片的左上角边缘内。优选地,所述射频天线是由特制的磁感线圈绕制而成。优选地,所述射频芯片的工作频率度为13MHZ。优选地,所述射频芯片的通信速度为102kb/s。本技术的有益效果为:本技术通过将芯片和胶片的结合,得到的智能胶片可实现存储患者的诊断报告,芯片采用射频原理无需充电,镶嵌在胶片的左上角边缘处,体积小,厚度薄,不影响打印的效果,可以耐受高温,不会在打 ...
【技术保护点】
1.一种嵌入用于存储信息芯片的医用胶片,包括胶片、射频芯片和射频天线,其特征在于:所述射频芯片两端被射频天线连接并包围,所述射频芯片与射频天线镶嵌在胶片的左上角边缘内。/n
【技术特征摘要】
1.一种嵌入用于存储信息芯片的医用胶片,包括胶片、射频芯片和射频天线,其特征在于:所述射频芯片两端被射频天线连接并包围,所述射频芯片与射频天线镶嵌在胶片的左上角边缘内。
2.根据权利要求1所述的嵌入用于存储信息芯片的医用胶片,其特征在于:所述射频天线是由特制...
【专利技术属性】
技术研发人员:乐哲祥,
申请(专利权)人:赛珂无锡医疗科技有限公司,
类型:新型
国别省市:江苏;32
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