The utility model belongs to the technical field of metal products production, and relates to an upward-pulling wire-laying frame, which comprises a base, a frame mounted on the middle platform of the base, and a wire barrel articulated on the mounting stations on both sides of the base. When in use, the wire barrel is driven by a hydraulic cylinder mounted on the base to rotate around the articulated joint; and the frame is mounted on the frame. There are climbing ladders, the lifting frame is rotated and connected to the upper part of the frame, the top part of the frame is equipped with electric hoist, the hook end of the electric hoist is connected with the support arm of the connecting seat, and the connecting seat is fixed and connected with the lifting frame; the upper part of the frame is articulated with the hanging hook, the hanging hook of the hanging hook is connected with the hanging rod on the lifting frame, and the lower end of the chain is fixed with the lower part of the frame. Fixed connection, the upper end of the chain is connected with the driving end of the hook rack; the upper surface of the outer end of the lifting rack is rotated and set with a lead wheel; the outer end of the lifting rack is installed with a frame basket on the lower surface; and the lower installation platform of the frame is rotated and set with a lead wheel two. The placing rack is directly discharged from the line barrel, and the speed of wire laying is fast.
【技术实现步骤摘要】
上抽式放线架
本技术属于金属制品生产
,涉及一种上抽式放线架。
技术介绍
在现有技术中,在金属拉丝生产过程中,工字轮放线和上抽放线为主要放线形式,不过工字轮放线需要将盘条表面进行处理,然后收集在工字轮上才能使用。在这一过程中,需要专用的设备和场地,造成浪费。高位放线就可以用盘条直接放线,比较简单,节省资金。目前的放线机一般都是水平放线,不仅放线速度缓慢,而且比较容易发生乱线现象。
技术实现思路
本技术针对上述问题,提供一种上抽式放线架,该放线架由线筒直接放线,放线速度快,不会发生乱线现象。按照本技术的技术方案:一种上抽式放线架,其特征在于:包括底座,底座中间平台上安装机架,底座两侧的安装工位上分别铰接一个线筒,在使用时,线筒由底座上安装的液压缸驱动围绕铰接点转动;所述机架上安装有爬梯,升降架转动连接于机架上部,机架顶部安装有电动葫芦,电动葫芦的挂钩端与连接座的支撑臂相连接,连接座与升降架固定连接;机架上部铰接吊钩架,吊钩架的吊钩与升降架上的吊杆相连接,铁链下端与机架下部固定连接,铁链上端与吊钩架的驱动端相连接;升降架外端上表面转动设置导线轮一,升降架外端下表面安装框篮,机架下部安装台上转动设置导线轮二。作为本技术的进一步改进,液压缸一端铰接于底座上,液压缸的活塞杆端与线筒上远离铰接点一侧相连接。作为本技术的进一步改进,机架通过连接板安装于底座上。作为本技术的进一步改进,所述机架顶部安装固定座,电动葫芦安装于固定座上。作为本技术的进一步改进,所述升降架呈直角三角形状,升降架用于连接的直角边的下端铰接连接于机架上,吊钩架与升降架的顶部直角边上的吊杆相连接。本 ...
【技术保护点】
1.一种上抽式放线架,其特征在于:包括底座(1),底座(1)中间平台上安装机架(3),底座(1)两侧的安装工位上分别铰接一个线筒(2),在使用时,线筒(2)由底座(1)上安装的液压缸(6)驱动围绕铰接点转动;所述机架(3)上安装有爬梯(7),升降架(4)转动连接于机架(3)上部,机架(3)顶部安装有电动葫芦(11),电动葫芦(11)的挂钩端与连接座(13)的支撑臂(13‑1)相连接,连接座(13)与升降架(4)固定连接;机架(3)上部铰接吊钩架(14),吊钩架(14)的吊钩与升降架(4)上的吊杆相连接,铁链(8)下端与机架(3)下部固定连接,铁链(8)上端与吊钩架(14)的驱动端相连接;升降架(4)外端上表面转动设置导线轮一(12),升降架(4)外端下表面安装框篮(5),机架(3)下部安装台上转动设置导线轮二(10)。
【技术特征摘要】
1.一种上抽式放线架,其特征在于:包括底座(1),底座(1)中间平台上安装机架(3),底座(1)两侧的安装工位上分别铰接一个线筒(2),在使用时,线筒(2)由底座(1)上安装的液压缸(6)驱动围绕铰接点转动;所述机架(3)上安装有爬梯(7),升降架(4)转动连接于机架(3)上部,机架(3)顶部安装有电动葫芦(11),电动葫芦(11)的挂钩端与连接座(13)的支撑臂(13-1)相连接,连接座(13)与升降架(4)固定连接;机架(3)上部铰接吊钩架(14),吊钩架(14)的吊钩与升降架(4)上的吊杆相连接,铁链(8)下端与机架(3)下部固定连接,铁链(8)上端与吊钩架(14)的驱动端相连接;升降架(4)外端上表面转动设置导线轮一(12...
【专利技术属性】
技术研发人员:袁明,
申请(专利权)人:无锡常欣科技股份有限公司,
类型:新型
国别省市:江苏,32
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