The utility model discloses an adjustable slider track, including the left and right brackets, the transverse rod and the lower transverse rod of the left and right ends are respectively fixed on the left and the right brackets on the left and right ends of the beam, slip slide beam are respectively sheathed on the transverse rod and the lower transverse rod, and can slide left and right ends; about the pros and cons of threaded rod through the left and right bracket, and can rotate freely, and screw thread and is left by the slide beam, and beam with anti slip through the right thread, by rotating the threaded rod and can slide left and right sliding beam beam center line opposite or reverse sliding and keep the distance between the two beams always do not move, and the upper and lower rail midpoint coincide; L type track plate and T type track plate relative configuration, middle thickness and pad pad are fixed on the slide beam, on both sides of each form part of the slider track around. The width of the track can be adjusted by rotating the positive and negative threaded rods, and the track thickness can be adjusted by replacing the thickness pad.
【技术实现步骤摘要】
一种可调节的滑扣轨道
本技术涉及一种服饰、鞋帽、皮带、箱包生产中钉扣工序所使用的输送扣子的轨道,尤其是一种四合扣、五爪扣、工字扣、大白扣、铆钉通用的可调节的滑扣轨道。
技术介绍
服装、鞋帽、皮带、箱包工厂中频繁交替使用到四合扣、五爪扣、工字扣、大白扣、铆钉五大类扣子并且每类扣子中又有大小不同的型号,现有的自动送扣钉扣机采用振动盘/转斗识别扣子正反面并把扣子排列在第一滑扣轨道内,然后用推杆沿第二滑扣轨道推扣滑动到冲压模,完成自动送扣工作,例如,授权公告号为CN204470454U的专利所公布的自动钉扣机,其附图5所示的就是一种不能调节的滑扣轨道,由于一种滑扣轨道只能适用于同一类中某一种或几种大小的扣子,其通用性差,所以现有自动送扣钉扣机只能用于品类单一且常年不变的工厂,如果一般工厂使用这种机器就需要频繁更换滑扣轨道,这不仅繁琐,增加成本,还要提前定制调试。
技术实现思路
为了克服现有技术中通用性差的缺点,本技术提供了一种可调节的滑扣轨道,采用可调节的滑扣轨道可以扩大适应范围,不用针对每种扣子另外定制轨道,减少了更换件的麻烦。本技术解决其技术问题所采用的技术方案是:滑扣轨道包 ...
【技术保护点】
一种可调节的滑扣轨道,其特征是,左支架(101)、右支架(102)、上横杆(105)和下横杆(107)的左右两端分别固定于左支架(101)和右支架(102)上,左滑梁(103)和右滑梁(104)的两端分别套在上横杆(105)和下横杆(107)上,并能左右滑动;正反螺纹杆(106)的左右两端分别穿入左支架(101)和右支架(102)中,并能自由转动,正反螺纹杆(106)通过正螺纹与左滑梁(103)配合,通过反螺纹与右滑梁(104)配合,通过旋转正反螺纹杆(106)可以使左滑梁(103)和右滑梁(104)相向或反向滑动并保持所述两梁间距的中心线始终不动,并与上下横杆中点连线重合 ...
【技术特征摘要】
1.一种可调节的滑扣轨道,其特征是,左支架(101)、右支架(102)、上横杆(105)和下横杆(107)的左右两端分别固定于左支架(101)和右支架(102)上,左滑梁(103)和右滑梁(104)的两端分别套在上横杆(105)和下横杆(107)上,并能左右滑动;正反螺纹杆(106)的左右两端分别穿入左支架(101)和右支架(102)中,并能自由转动,正反螺纹杆(106)通过正螺纹与左滑梁(103)配合,通过反螺纹与右滑梁(104)配合,通过旋转正反螺纹杆(106)可以使左滑梁(103)和右滑梁(...
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