The utility model discloses a bus luminous pressing strip, which is composed of a profile substrate, a PVC core strip and a light-storing film; a core strip mosaic groove extending along the length direction of the profile substrate is arranged on the surface of the profile substrate, and the PVC core strip is fastened in the core strip mosaic groove of the profile substrate, and the light-storing film is made of a long afterglow luminous material, and the light-storing film is made of a long afterglow luminous material. The light-accumulating film is fixed on the surface of PVC core strip by bonding material, wherein the light-accumulating film is evenly spaced and arranged on the surface of PVC core strip along the direction of the length of the profile substrate or completely covered on the surface of PVC core strip along the direction of the length of the profile substrate. A light storage film made of a long afterglow luminous material is arranged on the surface of the core strip of the bus night light pressing strip of the utility model. After absorbing the most common visible light such as sunlight during the day, the light storage film can continuously luminous at night, thus playing the role of weak light illumination, emergency indication and creating the atmosphere in the bus, and it does not need to consume electric energy or need to be used. Low voltage wiring harness reduces vehicle energy consumption, which is both environmentally friendly and economical.
【技术实现步骤摘要】
一种客车夜光压条
本技术涉及客车压条
,尤其涉及一种客车夜光压条。
技术介绍
为了便于乘客夜间乘车时辨识台阶或营造更加温馨的车内氛围,现有技术中,客车一般会在车内布设LED灯带在起到照明标识的作用的同时,通过选用可发出不同颜色的光的LED灯珠来起到渲染车内氛围的作用。而LED灯带工作时需要用低压蓄电池的电能,低压蓄电池的电能来源于发动机或高压动力电池及燃料电池等,连接时,必须用到低压线束等,而较多的低压线束反而容易导致车内的布置显得更加杂乱,且拉设的低压线束还对乘客的乘车安全带来了一定的隐患,同时,LED灯带工作时还会消耗一定的电能,也在一定程度上增加了整车的能耗,不利于节能环保。
技术实现思路
针对现有技术存在的不足之处,本技术的目的在于提供一种客车夜光压条,本技术的客车夜光压条中在芯条表面设有由长余辉发光材料制成的蓄光膜,其在白天吸收最普通的太阳光等可见光后,可在夜晚持续发光,从而起到弱光照明、应急指示及营造车内氛围的作用,且不需要消耗电能也不需要低压线束,降低了整车能耗,既环保又经济。本技术的目的通过下述技术方案实现:一种客车夜光压条,由型材基体、PVC芯条及蓄光膜构成;所述型材基体表面开设有沿型材基体长度方向延伸的芯条镶嵌槽,所述PVC芯条扣装于型材基体的芯条镶嵌槽内,所述蓄光膜由长余辉发光材料制成,且蓄光膜通过粘接材料粘接固定于PVC芯条表面;其中,所述蓄光膜沿型材基体长度方向均匀间隔粘接布置于PVC芯条表面或沿型材基体长度方向全覆盖于PVC芯条表面;本技术的客车夜光压条中,可根据具体需求将蓄光膜制成全覆盖于PVC芯条表面的扁长条状形状,再将安装有 ...
【技术保护点】
1.一种客车夜光压条,其特征在于,由型材基体(1)、PVC芯条(2)及蓄光膜(3)构成;所述型材基体(1)表面开设有沿型材基体(1)长度方向延伸的芯条镶嵌槽(11),所述PVC芯条(2)扣装于型材基体(1)的芯条镶嵌槽(11)内,所述蓄光膜(3)由长余辉发光材料制成,且蓄光膜(3)通过粘接材料(4)粘接固定于PVC芯条(2)表面;其中,所述蓄光膜(3)沿型材基体(1)长度方向均匀间隔粘接布置于PVC芯条(2)表面或沿型材基体(1)长度方向全覆盖于PVC芯条(2)表面。
【技术特征摘要】
1.一种客车夜光压条,其特征在于,由型材基体(1)、PVC芯条(2)及蓄光膜(3)构成;所述型材基体(1)表面开设有沿型材基体(1)长度方向延伸的芯条镶嵌槽(11),所述PVC芯条(2)扣装于型材基体(1)的芯条镶嵌槽(11)内,所述蓄光膜(3)由长余辉发光材料制成,且蓄光膜(3)通过粘接材料(4)粘接固定于PVC芯条(2)表面;其中,所述蓄光膜(3)沿型材基体(1)长度方向均匀间隔粘接布置于PVC芯条(2)表面或沿型材基体(1)长度方向全覆盖于PVC芯条(2)表面。2.根据权利要求1所述的一种客车夜光压条,其特征在于,所述型材基体(1)的端面形状为L形,在型材基体(1)沿宽度方向的底面的任意一端设有纵向延伸的插接竖框...
【专利技术属性】
技术研发人员:杨金华,方明树,
申请(专利权)人:成都客车股份有限公司,
类型:新型
国别省市:四川,51
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