Horizontal-type workpiece hot press

Abstract

The invention discloses a horizontal-type workpiece hot press which comprises a lifting machine, a calcinator, a screening and conveying device and a press body. The screening and conveying device isconnected with the lifting machine hoist, the calcinator and the press body. The outlet end of the calcinator is provided with a fire-spitting lamp which spits a fire towards the calcinator. A controlvalve is arranged on the calcinator to control supply of combustion gas connected with the fire-spitting lamp. Blank materials which are cleared and arranged through the lifting machine are conveyedthrough the screening and conveying device to pass through the calcinator firstly, then pass through a detection probe to be screened, and then enter the press body. The press body comprises a rack, apress main body and a stamping machine head, wherein the press main body and the stamping machine head are arranged on the left side and the right side of the rack correspondingly. The stamping machine head is mounted on a mounting plate and connected with a hydraulic cylinder. A push rod assembly and a limiting rod assembly drive the mounting plate and the stamping machine head to get close to the press main body, and the hydraulic cylinder drives the stamping machine head to form the blank materials in a stamped mode towards the press main body. Automatic feeding, calcination, conveying andforging forming of the blank materials are achieved, products are fully-automatically integrally formed, and intelligent control is achieved on all parts.

Description

technical field [0001] The invention relates to a hot workpiece press, in particular to a horizontal hot workpiece press. Background technique [0002] Now for the production and processing of valves and pipe fittings, hot forging and pressing of billets of various specifications are adopted. The current traditional method is to manually hold the blank and calcinate it on an open flame. After the required temperature is reached, the blank is placed on a press for die-casting. During this period, in order to realize the uniform calcination of the blank, it is necessary to manually turn over the blank. Moreover, the time for calcination of the billet is also roughly judged manually. The loading of traditional hot forging blanks and the unloading of hot forging workpieces are also carried out manually with simple fixtures. The position of manual loading of hot forging blanks usually requires multiple adjustments, which affects the efficiency of hot forging At the same time, ...

AI Technical Summary

Problems solved by technology

To shape the product, if the hot pressing method from top to bottom cannot be done due to the shape of the workpiece, the hot pressing machine cannot realize

Moreover, the high-temperature heating part of the existing hot press is all arranged in front of the operator, which is more prone to burn accidents

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