A eight axis synchronous drilling machine, drilling machine, comprising a frame, a lifting mechanism, a workpiece holder and a controller, the drilling machine comprises a shell, a gear box, the drill rod and the driving wheel is connected with a frame below the shell by connecting the above column, the gear box is composed of at least eight driving gear and the transition gear should be composed and installed inside the casing at the upper end of the driving gear, with rotating at the same speed, drill pipe and corresponding driving gear and is connected with the upper end of the driving gear and the shell bottom, the upper drive wheel extends in the upper surface of the shell and connected with a power source, the lower the driving wheel through a gear connected with the driving gear, the lifting mechanism comprises a lifting plate, lift and lifting screw in the above, lifting board connecting installation platform, elevator servo type structure is installed on a rack mounted below the platform, a lifting screw connection in elevator Between the lifting plate and the lifting plate, the fixture is a pneumatic opening and closing structure and is mounted on the lifting plate. The elevator is controlled by the controller, which improves the efficiency of drilling and effectively avoids the appearance of unqualified products.
【技术实现步骤摘要】
一种八轴同步钻孔机
本技术涉及一种拉孔机,特别涉及一种八轴同步钻孔机,属自动化机床
技术介绍
在汽车及其他机械配件里,有一种配件需要在同一个平面上打八个孔,或少于八个孔,然后再在这些孔上进行进一步加工。传统的打孔方式是首先在配件坯体板上丈量确定孔轴心位置,然后通过钻床逐个钻孔。这种打孔方式的弊端一是效率太低,通过量具给每一个孔进行准确定位后,再逐个钻孔耗时太长,其次孔间间距的精度得不到保证,采用量具逐一定位本身就容易出现误差,钻孔过程也会因操作引发的间距误差,一旦误差值超出允许范围将成废品。
技术实现思路
为了解决上述同一平面等间距多孔分布工件加工过程的技术缺陷,本技术提供一种八轴同步钻孔机。本技术所采用的技术方案是:一种八轴同步钻孔机,由机架、钻孔机、升降机构、工件夹具和控制器构成,机架为上面有安装平台的框架式结构,钻孔机包括壳体、齿轮箱、钻杆和驱动轮,壳体的下面通过连接柱连接在机架上面,齿轮箱由至少八个驱动齿轮和对应的过渡齿轮组成并安装在壳体里面的上端,驱动齿轮为同向同速旋转,钻杆与驱动齿轮对应配套并上端连接在驱动齿轮轴孔和壳体下边之间,钻杆的下端连接有夹头,驱动轮的上端延伸在壳体上面并连接动力源,驱动轮的下端通过齿轮连接驱动齿轮,升降机构包括升降板、升降机和升降螺杆,升降板连接在安装平台的上面,升降机为伺服式结构并安装在安装平台下面的机架,升降螺杆连接在升降机和升降板之间,工件夹具为气动开闭式结构并安装在升降板的上面,升降机受控制器控制。本技术的有益效果是:首先是将传统的划线定位和分成八次完成钻孔程序一次完成,传统工艺完成八孔所消耗的钻孔时间, ...
【技术保护点】
一种八轴同步钻孔机,由机架、钻孔机、升降机构、工件夹具和控制器构成,其特征是:机架为上面有安装平台的框架式结构,钻孔机包括壳体、齿轮箱、钻杆和驱动轮,壳体的下面通过连接柱连接在机架上面,齿轮箱由至少八个驱动齿轮和对应的过渡齿轮组成并安装在壳体里面的上端,驱动齿轮为同向同速旋转,钻杆与驱动齿轮对应配套并上端连接在驱动齿轮轴孔和壳体下边之间,钻杆的下端连接有夹头,驱动轮的上端延伸在壳体上面并连接动力源,驱动轮的下端通过齿轮连接驱动齿轮,升降机构包括升降板、升降机和升降螺杆,升降板连接在安装平台的上面,升降机为伺服式结构并安装在安装平台下面的机架,升降螺杆连接在升降机和升降板之间,工件夹具为气动开闭式结构并安装在升降板的上面,升降机受控制器控制。
【技术特征摘要】
1.一种八轴同步钻孔机,由机架、钻孔机、升降机构、工件夹具和控制器构成,其特征是:机架为上面有安装平台的框架式结构,钻孔机包括壳体、齿轮箱、钻杆和驱动轮,壳体的下面通过连接柱连接在机架上面,齿轮箱由至少八个驱动齿轮和对应的过渡齿轮组成并安装在壳体里面的上端,驱动齿轮为同向同速旋转,钻杆与驱动齿轮对应配套并上端连接在驱动齿轮轴...
【专利技术属性】
技术研发人员:杨清山,
申请(专利权)人:晋江市曙光机械有限公司,
类型:新型
国别省市:福建,35
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