The whole line and down moving device of the flying target includes two flying rake production lines. The front and rear lower parts of the frame shaped moving frame are connected with the vertical lifting frame. The lower parts of the vertical lifting frame at the front and rear sides are equipped with the vertical moving guide wheel and the jacking bearing. The jacking bearing and the lower part are equipped with the extension rod, which is equipped with the inclined iron. The front and rear extension rods are respectively meshed and installed with the front and rear swing gears through the moving rack, Two swing gears are connected with two ends of the swing shaft, two ends of the swing shaft are connected with the transmission shaft through the connecting rod, and the transmission shaft is connected with the decelerating motor through the eccentric wheel; the electroplating trough bracket is installed on the vertical lifting frame on both sides through the vertical moving guide wheel, and the electroplating trough bracket is installed with the electroplating trough; the moving frame is installed with the conductive V seat, and the conductor V seat is equipped with the flying rake. A set of driving mechanism is used to realize the up and down swing of all working position flying targets of two line bodies, with low investment cost; the mobile device does not need to stop when the product enters and exits the slot, and the equipment runs stably, greatly improving the space utilization rate, production efficiency and product quality of the line bodies.
【技术实现步骤摘要】
飞靶整线上下移动装置
本技术涉及低磷化学镍自动生产线
技术介绍
传统的低磷化学镍自动生产线由于线体空间有限,按照常规的移动方式无安装空间,不能实现全部工位的同时移动;产品出入槽时移动需要停止,影响生产效率和移动效果,设备投资成本也较高。
技术实现思路
为了克服传统低磷化学镍自动生产线存在的上述问题,本技术提供了一种飞靶整线上下移动装置。本技术为实现上述目的所采用的技术方案是:飞靶整线上下移动装置,包括两条飞耙生产线,每条飞耙生产线包括伸缩杆、斜铁、顶升轴承、垂直升降架、移动架、电镀槽支架和电镀槽,框形移动架前后边下部连接垂直升降架,前后两侧垂直升降架下部设有垂直移动导向轮和顶升轴承,顶升轴承与下部设有伸缩杆,伸缩杆上设有与顶升轴承对应的斜铁,前后两个伸缩杆分别通过移动齿条与前后两个摇摆齿轮啮合安装,两个摇摆齿轮连接摇摆轴两端,摇摆轴两端分别通过连杆连接传动轴,传动轴通过偏心轮连接减速电机;电镀槽支架通过垂直移动导向轮安装于两侧垂直升降架上,电镀槽支架上每位于两个垂直升降架之间安装一个电镀槽;移动架上安装导电V座,导线V座上设有飞耙。所述伸缩杆下部安装伸缩杆导向轮。所述减速电机安装于电机固定支座上。所述传动轴通过轴承座固定安装,摇摆轴通过摇摆轴承座固定安装。本技术的飞靶整线上下移动装置,由一套驱动机构实现两条线体所有工位飞靶的上下摆动,设备投资成本较低;产品出入槽时移动装置不需要停止,设备运行比较稳定、大大提高线体空间利用率、生产效率及产品质量。 ...
【技术保护点】
1.飞靶整线上下移动装置,其特征在于:包括两条飞耙生产线,每条飞耙生产线包括伸缩杆(11)、斜铁(13)、顶升轴承(14)、垂直升降架(15)、移动架(20)、电镀槽支架(22)和电镀槽(21),框形移动架(20)前后边下部连接垂直升降架(15),前后两侧垂直升降架(15)下部设有垂直移动导向轮(16)和顶升轴承(14),顶升轴承(14)与下部设有伸缩杆(11),伸缩杆(11)上设有与顶升轴承(14)对应的斜铁(13),前后两个伸缩杆(11)分别通过移动齿条(10)与前后两个摇摆齿轮(9)啮合安装,两个摇摆齿轮(9)连接摇摆轴(7)两端,摇摆轴(7)两端分别通过连杆(6)连接传动轴(3),传动轴(3)通过偏心轮(5)连接减速电机(1);电镀槽支架(22)通过垂直移动导向轮(16)安装于两侧垂直升降架(15)上,电镀槽支架(22)上每位于两个垂直升降架(15)之间安装一个电镀槽(21);垂直升降架(15)上部位于电镀槽(21)上方设有移动架(20),移动架(20)上安装导电V座(17),导线V座(17)上设有飞耙(18)。/n
【技术特征摘要】
1.飞靶整线上下移动装置,其特征在于:包括两条飞耙生产线,每条飞耙生产线包括伸缩杆(11)、斜铁(13)、顶升轴承(14)、垂直升降架(15)、移动架(20)、电镀槽支架(22)和电镀槽(21),框形移动架(20)前后边下部连接垂直升降架(15),前后两侧垂直升降架(15)下部设有垂直移动导向轮(16)和顶升轴承(14),顶升轴承(14)与下部设有伸缩杆(11),伸缩杆(11)上设有与顶升轴承(14)对应的斜铁(13),前后两个伸缩杆(11)分别通过移动齿条(10)与前后两个摇摆齿轮(9)啮合安装,两个摇摆齿轮(9)连接摇摆轴(7)两端,摇摆轴(7)两端分别通过连杆(6)连接传动轴(3),传动轴(3)通过偏心轮(5)连接减速电机(1);电镀槽支架(22)通过垂直移动导向...
【专利技术属性】
技术研发人员:林小光,刘志远,李来军,
申请(专利权)人:大连永光科技有限公司,
类型:新型
国别省市:辽宁;21
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