Upright surrounding type multidirectional die forging press

Abstract

The invention provides an upright surrounding type multidirectional die forging press. The upright surrounding type multidirectional die forging press comprises a bottom plate, a horizontal forging arched door and an annular forging device. The bottom plate is a rectangular steel plate, the annular forging device is arranged in the center of the bottom plate and is a vertical rectangular frame, a circular through hole is formed in the middle of the annular forging device, and a working inner ring is arranged on the inner wall of the circular through hole. Reinforcing edges are arranged on ridges at the two ends of the working inner ring, eight annular forging rods are arranged on the working inner ring in a surrounding mode, the distance between every two adjacent annular forging rods is the same, two of the annular forging rods are vertically arranged, and the bottom of the annular forging device is welded to the bottom plate. The horizontal forging arched door is arranged on the upper plane of the bottom plate, the horizontal forging arched door is a square arch and is perpendicular to the annular forging device, the top of the horizontal forging arched door is higher than the annular forging device, and the annular forging device is arranged in the arch of the horizontal forging arched door. The upright surrounding type multidirectional die forging press has the beneficial effects that the forging precision is improved, and forging angles and modes are increased.

Description

Technical field[0001]The present invention belongs to the field of mechanical, in particular, involving an upright inclusational multi-directional die forging press.Background technique[0002]There are a lot of pressures on the market, but the pressure is generally used by ordinary structures, and the mode of forging is a traditional forging mode. It is horizontal or vertical forging when performing forging, and for complex Changed parts can not guarantee the effect and accuracy, product quality cannot be guaranteed, and mostly a small forging machine, lack of medium-scale forging machinery.[0003]Nowadays, the domestic multi-directional forging technological progress is very slow, and many technologies are still in the research stage, resulting in slow development accuracy and technology development, and a single forging approach, causing a lot of complex parts to fail, affecting the processing speed, It is also impossible to ensure the processing accuracy, most of the domestic still...

AI Technical Summary

Problems solved by technology

[0002] There are many presses on the market now, but the presses generally adopt a common structure, and the forging mode is the traditional forging method, which is horizontal or vertical forging during forging, and for complex and complex Changed parts cannot guarantee the effect and accuracy, and the product quality cannot be guaranteed, and most of them are small forging machines, lacking medium and large forging machines

[0003] At present, the progress of multi-directional forging technology in China is very slow, and many technologies are still in the research stage, which leads to the slow development of forging precision and technology, and the single forging method makes many complex parts unable to be processed quickly, which affects the processing speed. The processing accuracy cannot be guaranteed. Most of the domestic forging machinery is still using the old-fashioned three-beam and four-column structure, which cannot improve the process performance and die forging accuracy.

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