Multifunctional trammer type center plate riveter

多功能推车式心盘铆钉机

Abstract

一种多功能推车式心盘铆钉机,其技术要点是:高频气动铆钉枪采用两个多行程升降气缸驱动,可使铆钉枪在上、下方向任意调整,并可通过调整换向阀来准确定位铆钉枪的上、下位置。通过两个水平气缸使铆钉枪在水平方向准确定位左、右位置;心盘起落机构的底部设置球铰支座,上部有心盘支撑转盘,多行程起落气缸通过内、外导向套托起心盘支撑转盘,球铰支座支撑地面,使推车架能绕多行程气缸中心轴线旋转。该机结构设计合理,该机可围绕着心盘起落机构任意角度旋转,自动托起心盘,对中方便,定位准确、操作灵活,工作效率高的优点,解决了液压铆钉机耗能多和操作繁琐等问题。铆接作业安全、迅速快捷,大大降低操作人员的劳动强度和改善工作条件。
A multifunctional cart-type center-plate riveter is provided, the technical features of the utility model are that: a high-frequency pneumatic rivet gun can be driven by two multi-process lifting cylinders to adjust randomly in up and down directions, furthermore, the up and down locations of the rivet gun can be precisely positioned through adjusting the directional valves; the left and right locations in the horizontal direction of the rivet gun are precisely positioned by two horizontal cylinders; at the bottom of the center-plate lifting mechanism, a ball joint mount is arranged and at the upper part, a center-plate supporting rotary table is arranged; multi-process lifting cylinder supports the center-plate supporting rotary table through inner and outer guiding housing; the ball joint mount supports the earth, which makes the cart frame can rotate around the center axis of the multi-process cylinder. The riveter has the advantages of reasonable structural design, random angle rotation around the center-plate lifting mechanism, automatic center-plate support, convenient centering, precise positioning, flexible operation and high efficiency, thereby resolving the problems of the hydraulic riveter, such as too much energy-consuming, tedious operation, etc. The utility model makes the riveting work safe, rapid and convenient, thereby decreasing the labor intensity of the operators in a large scale, and improving the work environment.

Claims

Description

Topics

Download Full PDF Version (Non-Commercial Use)

Patent Citations (0)

    Publication numberPublication dateAssigneeTitle

NO-Patent Citations (0)

    Title

Cited By (0)

    Publication numberPublication dateAssigneeTitle