阅读说明：本技术 悬吊线结构以及照明装置 (Suspension wire structure and lighting device ) 是由 黄国豪 刘上嘉 孙君毅 于 2019-12-31 设计创作，主要内容包括：一种悬吊线结构(100、200、300)以及照明装置(50),涉及利用悬吊线进行导电的照明装置(50),该悬吊线结构(100、200、300)包括导电线(102)、多个支撑绞线(104)以及保护层(106)；导电线(102)具有由第一材料制成的第一线体(1021)；多个支撑绞线(104)环绕导电线(102),并且每一支撑绞线(104)具有由第二材料制成的多个支撑线(1041)；保护层(106)包覆导电线(102)的表面并且位于导电线(102)与这些支撑绞线(104)之间；这些支撑绞线(104)与保护层(106)具有导电性,保护层(106)由第三材料制成,且第一材料、第二材料与第三材料不同；导电线(102)可由保护层(106)包覆,并且保护层(106)可由已氧化材料制成或由不易氧化的材料制成,以避免导电线(102)发生氧化,这些支撑绞线(104)环绕导电线(102)并且抵接于保护层(106)的周缘,并且这些支撑绞线(104)与保护层(106)可避免导电线(102)暴露于外部环境,借以进一步降低导电线(102)氧化的风险。(A suspension wire structure (100, 200, 300) and a lighting device (50), relates to a lighting device (50) conducting electricity by using a suspension wire, wherein the suspension wire structure (100, 200, 300) comprises a conducting wire (102), a plurality of supporting stranded wires (104) and a protective layer (106); the conductive wire (102) has a first wire body (1021) made of a first material; a plurality of support strands (104) surrounding the conductive wire (102), and each support strand (104) having a plurality of support wires (1041) made of a second material; the protective layer (106) covers the surface of the conductive wire (102) and is positioned between the conductive wire (102) and the support stranded wires (104); the support strands (104) and the protective layer (106) are conductive, the protective layer (106) is made of a third material, and the first material, the second material and the third material are different; the conductive line (102) may be covered by a protection layer (106), and the protection layer (106) may be made of an oxidized material or a material that is not easily oxidized to prevent the conductive line (102) from being oxidized, the support strands (104) surround the conductive line (102) and abut against the periphery of the protection layer (106), and the support strands (104) and the protection layer (106) may prevent the conductive line (102) from being exposed to the external environment, thereby further reducing the risk of oxidation of the conductive line (102).)