Production line type assembling method of isostatic pressing filter element forming die

Abstract

The invention discloses an efficient production line type assembling method of an isostatic pressing filter element forming die. The efficient production line type assembling method adopts a die filling system comprising at least one die filling and transporting unit, and the at least one die filling and transporting unit can respectively move to different work positions under the guide of the die filling system in sequence; and if a process of a middle state of a container which is just provided with an opening at the upper end and is assembled on the same die filling and transporting unit is defined as a pre-half process and a process that a die which is positioned on the die filling and transporting unit in the middle state is subjected to material filling until the assembling is completed is defined as a post-half process, the pre-half process is completed on at least one work position, and the post-half process is completed on the other at least one work position. According to the efficient production line type assembling method disclosed by the invention, the die filling and transporting unit is used as a carrier for assembling and transporting the die, the labor transporting is saved, the work of repositioning the die on an assembling platform is saved, and the assembling efficiency is increased.

Description

Technical field [0001] The invention relates to the field of isostatic pressing in the preparation process of sintered porous materials, and specifically relates to an industrialized and efficient assembly scheme of an isostatic pressing filter element forming mold. Background technique [0002] The patent documents with publication numbers CN102078962A and CN102133768A applied by the applicant of this application introduce a variety of isostatic pressure filter element forming molds. Whether it is the internal pressure mold with good demolding effect mentioned in these patent documents (that is, the inner molding mandrel can be radially contracted), or the various external pressure molds in the prior art (that is, the outer molding die set) It can shrink radially), and no matter whether the mold is used to mold single-channel filter element or mold multi-channel filter element, in short, the current isostatic pressure filter element molding mold can be summarized as including ou...

AI Technical Summary

Problems solved by technology

However, because the length of the outer molding die sleeve and the inner molding mandrel is generally longer, and some can reach more than 1.5 meters, it needs to occupy a wider area during assembly, so as to provide a design for the assembly line of the isostatic filter element molding die. bring some difficulties

Images