The utility model discloses an inner bracing frame structure of a tie rod box, which comprises an upper sub-plate, a lower plate and two parallel three-section telescopic pulling rods. The lower end of the three-section telescopic pulling rods is connected with the inner bottom of the lower plate. The upper sub-plate is provided with an upper hollow area, the lower sub-plate is provided with a lower hollow area, and the upper sub-plate and the lower plate are made of hard plastic. A receiving part is arranged in the middle part of the rear side of the upper sub-plate, the upper end of the three-section telescopic pull rod passes through the receiving part, the upper end of the three-section telescopic pull rod is provided with a handle, the upper sub-plate is provided with a receiving position, and the upper middle part of the handle is provided with a button lock; the upper sub-plate and the lower plate are connected by four parallel supporting rods; and the four corners under the lower plate are provided with detachable parts. The lower end of the mounting seat is provided with a detachable universal double wheel, and the rear part of the receiving part and the mounting seat are flush. The device is a skeleton structure comprising an upper plate and a lower plate. The upper plate and a lower plate are connected by supporting rods, which can satisfy the modeling and supporting functions and effectively reduce the whole weight of the tie rod box.
【技术实现步骤摘要】
一种拉杆箱内撑骨架结构
本技术具体涉及一种拉杆箱内撑骨架结构。
技术介绍
拉杆箱,亦称行李箱、旅行箱,是出门时所携带用以放置物品的箱子,它是行李的其中一种类型。通常拉杆箱是用来放置旅途上所需要的衣物、个人护理用品及纪念品。早期的拉杆箱是以木材或其它较重的材料制成,随着航空旅行的普及,拉杆箱的材料趋向更为轻便的硬塑胶或布质。目前市场上的拉杆箱内撑均为统一的一整块板材,用于箱体造型及支撑,包括连接为一个整体的上幅板、下幅板和后幅板,使得拉杆箱整体重量较大。
技术实现思路
本技术的目的在于克服现有技术的缺点,提供一种拉杆箱内撑骨架结构,以解决现有拉杆箱整体重量较大的问题。为实现上述目的,本技术所采取的技术方案是:提供一种拉杆箱内撑骨架结构,包括上副板、下幅板和两根并排的三节伸缩拉杆,三节伸缩拉杆下端与下幅板内底面连接,上副板上设有上镂空区,下副板上设有下镂空区,上副板和下幅板均采用硬质塑料制成;所述上副板后侧中部设有收纳件,三节伸缩拉杆上端穿过收纳件,三节伸缩拉杆上端设有把手,上副板上面设有下凹且能够容纳把手的收纳位,把手两端下侧分别与一根三节伸缩拉杆上端连接,把手上面中部设有用于固定三节伸缩拉杆伸缩长度的按钮锁;所述上副板和下幅板通过四根互相平行的支撑杆连接,四根支撑杆按矩形排布,支撑杆上端与上副板内顶面连接,支撑杆下端与下副板内底面连接;所述下幅板下面四角均设有可拆卸的安装座,安装座下端设有可拆卸的万向双轮,收纳件和安装座后侧齐平;所述上镂空区和下镂空区均包括若干横向、纵向、斜向的加荆条,以及若干由多根加荆条交错排列而成的节点,节点处设有实心的加强块。作为优选,所述 ...
【技术保护点】
1.一种拉杆箱内撑骨架结构,其特征在于:包括上副板、下幅板和两根并排的三节伸缩拉杆,三节伸缩拉杆下端与下幅板内底面连接,上副板上设有上镂空区,下副板上设有下镂空区,上副板和下幅板均采用硬质塑料制成;所述上副板后侧中部设有收纳件,三节伸缩拉杆上端穿过收纳件,三节伸缩拉杆上端设有把手,上副板上面设有下凹且能够容纳把手的收纳位,把手两端下侧分别与一根三节伸缩拉杆上端连接,把手上面中部设有用于固定三节伸缩拉杆伸缩长度的按钮锁;所述上副板和下幅板通过四根互相平行的支撑杆连接,四根支撑杆按矩形排布,支撑杆上端与上副板内顶面连接,支撑杆下端与下副板内底面连接;所述下幅板下面四角均设有可拆卸的安装座,安装座下端设有可拆卸的万向双轮,收纳件和安装座后侧齐平;所述上镂空区和下镂空区均包括若干横向、纵向、斜向的加荆条,以及若干由多根加荆条交错排列而成的节点,节点处设有实心的加强块。
【技术特征摘要】
1.一种拉杆箱内撑骨架结构,其特征在于:包括上副板、下幅板和两根并排的三节伸缩拉杆,三节伸缩拉杆下端与下幅板内底面连接,上副板上设有上镂空区,下副板上设有下镂空区,上副板和下幅板均采用硬质塑料制成;所述上副板后侧中部设有收纳件,三节伸缩拉杆上端穿过收纳件,三节伸缩拉杆上端设有把手,上副板上面设有下凹且能够容纳把手的收纳位,把手两端下侧分别与一根三节伸缩拉杆上端连接,把手上面中部设有用于固定三节伸缩拉杆伸缩长度的按钮锁;所述上副板和下幅板通过四根互相平行的支撑杆连接,四根支撑杆按矩形排布,支撑杆上端与上副板内...
【专利技术属性】
技术研发人员:廖银才,
申请(专利权)人:四川阿迪曼尔皮具服饰有限公司,
类型:新型
国别省市:四川,51
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