Adjustable side paper aligning mechanism of the ho

2022-07-30
  • Detail

The utility model relates to the field of printing and packaging machinery, in particular to a side paper aligning mechanism of a die-cutting machine. An adjustable side paper aligning mechanism for die cutting machine, which will take the lead in the market, includes a gearbox (1), a left clapboard (6) and a right clapboard (7), which refers to the parts and components that clamp and tighten the test piece and are installed on the test machine for strength test. The adjustable side paper aligning mechanism of the die cutting machine also includes an upper aluminum profile (5), a lower aluminum profile (9), an eccentric sleeve (2), an adjustable connecting rod (3), a swing plate rod (4) and a fixed slide (8), An eccentric sleeve is installed on the output shaft of the gearbox. The eccentric sleeve is connected with an adjustable connecting rod. The adjustable connecting rod is connected with the upper part of the swing plate rod. The middle part of the swing plate rod is connected with a fixed point and can swing. Two symmetrically distributed bearings are installed at both ends of the swing plate rod to connect the upper aluminum profile and the lower aluminum profile respectively. The tail sections of the upper aluminum profile and the lower aluminum profile are equipped with fixed sliding seats. The upper aluminum profile is equipped with a left clapboard, and the lower aluminum profile is equipped with a right clapboard. The adjustable side paper aligning mechanism of the die-cutting machine of the utility model has the advantages of simple processing, adjustable paper beating distance and strong paper beating adaptability

this article is from the Internet. The copyright belongs to the original author. It is only for everyone to share and learn. If the author thinks that PU materials can be used for 3D printing and infringement at this time, please contact us and we will delete it immediately after verification

Copyright © 2011 JIN SHI