The utility model relates to a reinforcing bar take-up and take-off device, which comprises a U-shaped frame, a take-up roll, a take-up roll and a wire arranger. The take-up roll is a barrel-shaped mechanism with a gradually decreasing radius. The take-up roll is connected with a take-up shaft at the central axis position, and both ends of the take-up shaft are provided with square grooves. The release roll is a barrel-shaped mechanism with a gradually decreasing radius, and the release roll is connected with a central There is a release shaft, the release shaft is horizontally penetrated with a limit bar, and the wire arranger is arranged on the drive shaft on the top side of the U-shaped frame, and the drive shaft is connected with the take-up shaft through a winch. The utility model makes the reinforcing bar move automatically through the design of the reeling roll and the reeling roll whose radius decreases gradually, and the maximum end of the reeling roll radius is sleeved in the minimum end of the reeling roll radius, thus realizing the automatic transfer of the reinforcing bar from the reeling to the reeling roll, realizing the continuous production when the reinforcing bar is connected with the production station of the steel nail, and stopping the production of the steel Nai The receiving shaft is connected with the releasing shaft by the limiting strip, and the receiving line is evenly ensured by the arranging device.
【技术实现步骤摘要】
一种钢筋收放线装置
本技术涉及收放线装置,尤其与一种钢筋收放线装置有关。
技术介绍
钢钉是用于钉固物体的钢丝制品,广泛应用于工业、农业、建筑、民用等各个方面,具有加工简单、使用方便、钉固迅速等特点。钢钉生产前需要对原料进行处理,将粗的盘圆条钢筋经拉丝机拉拔成符合使用要求的细钢筋,并采用与拉丝机配套使用的收线机将拉拔后的细钢筋再收卷成盘圆条,收卷完成后用于钢钉的生产。目前,钢筋的前处理过程是先将拉丝为合适尺寸的钢筋收线,然后将圆盘状的钢筋从收线机上卸下转移至钢钉生产工位进行放线,该过程既浪费工时又浪费人力,且生产效率较低。
技术实现思路
本技术提供一种钢筋收放线装置,通过半径逐渐减小的收线辊和放线辊设计使钢筋自动平移,且放线辊半径最大端套在收线辊半径最小端内,可实现收线完成的钢筋自动转移至放线辊,钢筋连接钢钉生产工位时实现连续化的生产,在钢钉中止生产时,利用限位条将收线轴与放线轴连接进行收线,并通过排线器保证收线均匀。为了实现本技术的目的,拟采用以下技术方案:一种钢筋收放线装置,包括U形架、收线辊、放线辊、排线器,收线辊为半径逐渐减小的桶形机构,收线辊中轴线位置连接有轴动连接U形架一端的收线轴,收线轴两端均设有正方形的凹槽,放线辊为半径逐渐减小的桶形机构,放线辊中轴线位置连接有轴动连接U形架另一端的放线轴,放线轴中轴线与收线轴中轴线重合,放线轴内部水平穿设有横截面与凹槽形状匹配的限位条,放线辊半径最大端套在收线辊半径最小端内,排线器设于U形架顶部一侧穿设的传动轴上,传动轴通过绞带与收线轴连接。进一步,所述收线辊与收线轴及放线辊与放线轴均通过紧固钢条连接。进一步,所述 ...
【技术保护点】
1.一种钢筋收放线装置,其特征在于,包括U形架(1)、收线辊(2)、放线辊(3)、排线器(4),收线辊(2)为半径逐渐减小的桶形机构,收线辊(2)中轴线位置连接有轴动连接U形架(1)一端的收线轴(201),收线轴(201)两端均设有正方形的凹槽(202),放线辊(3)为半径逐渐减小的桶形机构,放线辊(3)中轴线位置连接有轴动连接U形架(1)另一端的放线轴(301),放线轴(301)中轴线与收线轴(201)中轴线重合,放线轴(301)内部水平穿设有横截面与凹槽(202)形状匹配的限位条(302),放线辊(3)半径最大端套在收线辊(2)半径最小端内,排线器(4)设于U形架(1)顶部一侧穿设的传动轴(401)上,传动轴(401)通过绞带(402)与收线轴(201)连接。
【技术特征摘要】
1.一种钢筋收放线装置,其特征在于,包括U形架(1)、收线辊(2)、放线辊(3)、排线器(4),收线辊(2)为半径逐渐减小的桶形机构,收线辊(2)中轴线位置连接有轴动连接U形架(1)一端的收线轴(201),收线轴(201)两端均设有正方形的凹槽(202),放线辊(3)为半径逐渐减小的桶形机构,放线辊(3)中轴线位置连接有轴动连接U形架(1)另一端的放线轴(301),放线轴(301)中轴线与收线轴(201)中轴线重合,放线轴(301)内部水平穿设有横截面与凹槽...
【专利技术属性】
技术研发人员:钟小平,
申请(专利权)人:内江市帆航制钉有限责任公司,
类型:新型
国别省市:四川,51
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