Extruding stamping die installing vehicle

Abstract

The invention discloses an extruding stamping die installing vehicle. The extruding stamping die installing vehicle comprises a bottom frame and a top frame, and base plates are symmetrically and fixedly arranged on the two sides of the top frame; a bearing plate is fixedly arranged on each base plate, and a left limiting plate and a right limiting plate are arranged at the two ends of each bearing plate correspondingly; supporting plates I capable of synchronously moving are arranged in grooves in the two sides of each bearing plate, and rollers which are capable of rotating on the top surfaces of the supporting plates I are arranged between the supporting plates I at intervals; supporting plates II are oppositely arranged between the bearing plates, and top columns which are capable of rotating freely are arranged between the supporting plates II; and racks are fixedly arranged on the supporting plates I, and gears which are engaged with the racks are arranged at the two ends of the racks. According to the extruding stamping die installing vehicle, quick installing and disassembling for a die on one side face of a platform can be realized, the structure is compact, manufacturing, using and maintaining are convenient, not only can disassembling and installing time of the die be shortened greatly, production efficiency can be improved, but also the labor intensity of die disassembling and installing can be reduced greatly, and safety accidents are avoided effectively.

Description

technical field [0001] The invention relates to a station appliance, in particular to an installation vehicle for installing medium and large extrusion stamping dies. Background technique [0002] At present, many industrial products are mostly extruded, stamped or casted using molds. There are single machine production work, and there are also automatic production lines of production lines. In order to save equipment funds and reduce the occupation of workshops, it is also common in factories to share a piece of equipment for products of the same specification or to work at intervals in the same process. Therefore, it is necessary to change the mold from time to time. For the automatic production lines of large enterprises (such as automobile body molds, hull shells, etc.), most of the molds are replaced by machines, but these machines occupy a large area and require a large investment in equipment, but the utilization rate is not high. For small and medium-sized enterpri...

AI Technical Summary

Problems solved by technology

For small and medium-sized enterprises, whether it is a stand-alone machine or a production line, most of the mold replacement is done manually, especially for some installation sites that are limited and can only be installed from one side, because the product is large or multiple molds are used. It is heavy. When the mold is replaced, it can only be lifted to the platform by workers and simple tools, and then manually moved to install the mold. In production, the mold installation time is long, reducing production time and reducing production efficiency; The labor intensity of workers is high, and the requirements for coordination and coordination are high. Safety accidents such as bumping, pressing, and crushing are prone to occur during installation.

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