CN205484943U - 一种具有二维码标识的多芯光缆 - Google Patents

一种具有二维码标识的多芯光缆 Download PDF

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CN205484943U
CN205484943U CN201620070648.0U CN201620070648U CN205484943U CN 205484943 U CN205484943 U CN 205484943U CN 201620070648 U CN201620070648 U CN 201620070648U CN 205484943 U CN205484943 U CN 205484943U
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fiber
optical fiber
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胡清桂
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Abstract

一种具有二维码标识的多芯光缆,包括至少两芯塑料光纤,每芯塑料光纤外包覆有护套,相邻护套连接成一体,其特征是至少一芯塑料光纤的护套上沿轴向印刷有至少一个二维码条码,具有二维码条码的护套能起到区别不同光纤芯的功能,二维条码每隔一段距离就印刷一次,方便识别,二维码印刷内容包括光纤连接的起始地,光纤的型号。塑料光纤外包覆护套上沿轴向印刷有至少一个二维码条码,具有二维码条码的护套能起到区别不同光纤芯的功能,并且二维码承载的信息量大,能方便光纤光缆的识别。

Description

一种具有二维码标识的多芯光缆
技术领域:
本实用新型属于光纤信息传输领域,特别涉及一种具有二维码标识的多芯光缆。
背景技术:
近年来,由于塑料光纤具有无电磁干扰和辐射、保密性安全性及抗干扰能力极强,连接简单,操作方便,无需接头等优点,越来越广泛应用于电力、信息传输、工业传感及工控、汽车等领域。
为了保证塑料光纤的传输性能、机械力学性能以及耐环境性能,需要在光纤外层再护套一层黑色聚乙烯或聚氯乙烯或尼龙等护套材料形成塑料光纤光缆。现有的技术中,塑料光纤光缆的外观颜色为同一颜色,当多根光缆同管、同槽敷设时,就存在不易辨认的缺点,增加了安装、维护以及检测等困难。但塑料光纤光缆在信息传输领域应用中,为了实现全双工或者多点控制,同时为了保证铺线的紧凑美观、不凌乱,很多场合下都使用平行双芯光缆、平行4芯光缆或者其他形式的多芯光缆。这些多芯光缆在应用中若不加标识,增加了安装、维护以及检测等困难;为了易于标识,现有的解决办法是在其中的一根光缆上面喷码标识、机械印码、激光印码等;这些标识方法的缺点是信息量小。
随着互联网高速发展,创新产业也勃然而起,二维码作为创新行业的结晶出现在人们视线中,二维码具有信息量大,使用简单的特点,使其应用越来越普遍,为此本实用新型一种具有二维码标识的多芯光缆。
实用新型内容:
本实用新型的目的是为了克服以上不足,提供一种结构简单的具有二维码标识的多芯光缆。
本实用新型的目的是这样来实现的:
一种具有二维码标识的多芯光缆,包括至少两芯塑料光纤,每芯塑料光纤外包覆有护套,相邻护套连接成一体,其特征是至少一芯塑料光纤的护套上沿轴向印刷有至少一个二维码条码,具有二维码条码的护套能起到区别不同光纤芯的功能,二维条码每隔一段距离就印刷一次,方便识别,二维码印刷内容包括光纤连接的起始地,光纤的型号。
本实用新型的有益效果是,塑料光纤外包覆有护套,护套上沿轴向有至少一个二维码条码,具有二维码条码的护套能起到区别不同光纤芯的功能,并且二维码承载的信息量大,能方便光纤光缆的识别。
附图说明:
图1为本实用新型色条塑料光纤光缆结构示意图,图中,1是二维条码。
具体实施方式:
参见图1,一种具有二维码标识的多芯光缆,包括至少两芯塑料光纤,每芯塑料光纤外包覆有护套,相邻护套连接成一体,其特征是至少一芯塑料光纤的护套上沿轴向印刷有至少一个二维码条码,具有二维码条码的护套能起到区别不同光纤芯的功能,二维条码每隔一段距离就印刷一次,方便识别,二维码印刷内容包括光纤连接的起始地,光纤的型号。
二维条码是现有技术,已经广泛应用,此处不再赘述。
上面结合附图对本实用新型的实施方式做出详细说明,但本实用新型不局限于所描述的实施方式。对本领域的普通技术人员而言,在本实用新型的原理和技术思想的范围内,对这些实施方式进行多种变化、修改、替换和变形仍落入本实用新型的保护范围内。

Claims (1)

1.一种具有二维码标识的多芯光缆,包括至少两芯塑料光纤,每芯塑料光纤外包覆有护套,相邻护套连接成一体,其特征是至少一芯塑料光纤的护套上沿轴向印刷有至少一个二维码条码,具有二维码条码的护套能起到区别不同光纤芯的功能,二维条码每隔一段距离就印刷一次,方便识别,二维码印刷内容包括光纤连接的起始地,光纤的型号。
CN201620070648.0U 2016-01-26 2016-01-26 一种具有二维码标识的多芯光缆 Expired - Fee Related CN205484943U (zh)

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