The utility model provides a tooth tapping detection mechanism, which comprises a device body, a lifting host and a sliding rail, a sliding rail fixed at the left end of the device body, a lifting host movably connected to the left end of the sliding rail, a motor embedded on the right side of the device body, a battery fixed at the lower end of the motor, an electric connection between the battery and the motor, a base welded at the lower end of the device body, and a fixed connection at the left end of the base. The upper end of the motor rotates to connect the organic shaft, the surface of the machine shaft is socketed with a joint belt, the joint belt extends to the left end and rotates to connect with the switching shaft, which is suitable for the application and production of Engineering inspection. This kind of tapping detection mechanism can put the device body in the processing nut transportation equipment in the factory production when it is applied, and when the processing products such as nuts are moved to the material tray at work, it can be stored through storage. The motor rotates in the body of the battery electric drive device, and then the motor drives the joint band of the upper axle and the surface of the axle. The joint band rotates circularly along the two points of the connecting axle and the axle through friction with the surface of the axle.
【技术实现步骤摘要】
攻牙检测机构
本技术涉及工程检测
,具体为攻牙检测机构。
技术介绍
攻牙是指对于螺丝螺纹等内齿面螺纹的代称,而进行攻牙加工的攻牙机械是一种在机件壳体、设备端面、螺母、法兰盘等各种具有不同规格的通孔或盲孔的零件的孔的内侧面加工出内螺纹、螺丝或叫牙扣的机械加工设备。然而在对螺母法兰盘等通孔进行攻丝加工时,常会因冲针等冲压部件之间的偏位及故障导致部分加工产品出现漏攻及螺纹崩裂等不良现象,影响加工产品的质量,工厂中加工螺母等数量庞大,难以通过加派检验人员进行目检,工作难度大工作效率低的限制,易导致加工产生的不良率产品流出。
技术实现思路
(一)解决的技术问题针对现有技术的不足,本技术提供了攻牙检测机构,具备能够自动对螺母、法兰盘的攻牙加工产品进行攻牙检测、高效等优点,解决了现有攻牙加工冲压时易出现攻牙不良,由于产品数量庞大难以进行人工检测,同时易造成不良流出的问题。(二)技术方案为实现上述能够自动对螺母、法兰盘的攻牙加工产品进行攻牙检测、高效等目的,本技术提供如下技术方案:攻牙检测机构,包括装置机体、升降主机与滑轨,所述滑轨固定于装置机体左端,所述升降主机活动连接于滑轨左端 ...
【技术保护点】
1.攻牙检测机构,包括装置机体(1)、升降主机(8)与滑轨(10),所述滑轨(10)固定于装置机体(1)左端,所述升降主机(8)活动连接于滑轨(10)左端,其特征在于:所述装置机体(1)右侧嵌接有电动机(2),所述电动机(2)下端固定连接有蓄电池(3),所述蓄电池(3)与电动机(2)电性连接,所述装置机体(1)下端焊接有基座(4),所述基座(4)左端固定连接有料盘(5),所述电动机(2)上端转动连接有机轴(17),所述机轴(17)表面套接有契带(18),所述契带(18)向左端延伸并转动连接有转接轴(19),所述装置机体(1)内嵌入设置有控制箱(16),所述控制箱(16)与蓄 ...
【技术特征摘要】
1.攻牙检测机构,包括装置机体(1)、升降主机(8)与滑轨(10),所述滑轨(10)固定于装置机体(1)左端,所述升降主机(8)活动连接于滑轨(10)左端,其特征在于:所述装置机体(1)右侧嵌接有电动机(2),所述电动机(2)下端固定连接有蓄电池(3),所述蓄电池(3)与电动机(2)电性连接,所述装置机体(1)下端焊接有基座(4),所述基座(4)左端固定连接有料盘(5),所述电动机(2)上端转动连接有机轴(17),所述机轴(17)表面套接有契带(18),所述契带(18)向左端延伸并转动连接有转接轴(19),所述装置机体(1)内嵌入设置有控制箱(16),所述控制箱(16)与蓄电池(3)电性连接;所述滑轨(10)下端套接有点触开关(6),所述点触开关(6)与控制箱(16)电性连接,所述点触开关(6)固定于基座(4)左端,所述升降主机(8)右侧开槽设置有螺纹槽(15),所述滑轨(10)贯穿于螺纹槽(15)上下两端,所述升降主机(8)内嵌入设置有步进电机(13)与配线箱(14),所述配线箱(14)固定于步进电机(13)右端,所述步进电机(13)与配线箱(14)电性连接,所述配线箱(14)外侧电性连接有电源按钮(9),所述步进电机(13)下端转动连接有...
【专利技术属性】
技术研发人员:许电波,
申请(专利权)人:宁波健信机械有限公司,
类型:新型
国别省市:浙江,33
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