Multi-station slurry barrel on-line rail transfer device

Abstract

The invention discloses a multi-station slurry barrel on-line rail transfer device which comprises bases, flat cars, slurry barrels, longitudinal side rails, longitudinal short rails, transverse rails, longitudinal long rails and a chassis, wherein the bases are buried multi-slot type components; the longitudinal long rails and the longitudinal short rails are paved at the middle parts of the bases, and positions for mounting the transverse rails are reserved at the joints of the longitudinal long rails and the longitudinal short rails; the longitudinal side rails are mounted at two sides of the longitudinal short rails, the longitudinal short rails are flush with the externally extending ends of the longitudinal side rails, and the internally extending ends of the longitudinal side railsare positioned on the transverse rails; the transverse rails are lower than the longitudinal rails, and the height difference between the transverse rails and the longitudinal rails is equal to the clear height of the chassis; the upper plane of the chassis is provided with two bridge rails, and the length of each bridge rail is equal to the reserved interval between each longitudinal long rail and each longitudinal short rail; and the chassis equipped with rolling wheels only moves along the transverse rails. Multi-station slurry barrels can be orderly moved to a four-arm manipulator by virtue of rail transfer so as to be convenient for proximal slurry coating operation, so that the slurry coating quality is ensured and the production efficiency is improved.

Description

technical field [0001] The invention belongs to the technical field of precision casting. Specifically, the invention relates to an on-demand displacement device for a slurry tank used in precision casting for shell making, in particular to a multi-station slurry tank online track changing device. Background technique [0002] The shell-making process is a key process in the precision casting process, because the shell-making quality directly affects the forming quality of the casting, especially the quality of the surface coating and the second layer coating directly affects the surface quality of the casting. In order to achieve the expected quality of shell making, the industry usually configures slurry tanks to accommodate different proportions of slurry during production, and then uses separate slurry hanging and drying methods to complete shell making. This traditional process is scientific, reasonable and practical, and can produce qualified castings. However, this t...

AI Technical Summary

Problems solved by technology

However, this traditional process is only suitable for manual pulping operations. During the operation, the operator frequently goes back and forth between the pulp tank and the drying room according to the process requirements.

Although this method can realize the orderly hanging slurry operation, there are problems such as low work efficiency, poor quality stability, and easy to cause slurry pollution in adjacent slurry tanks

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