Horizontal oil pressure forging and pressing machine

Abstract

The invention discloses a horizontal oil pressure forging and pressing machine. The horizontal oil pressure forging and pressing machine structurally comprises a machine body, a hydraulic press, a main shaft, a hydraulic mechanism, a forging and pressing seat and a forging and pressing table, wherein the top end of the machine body is connected with the hydraulic press, the left end and the right end of the hydraulic press communicate with the main shaft and the hydraulic mechanism correspondingly, the forging and pressing seat is arranged at the bottom end of the hydraulic press and is connected with the hydraulic press, the forging and pressing table is arranged below the forging and pressing seat, and meanwhile, the middle position of the machine body is opposite to the forging and pressing table in a spaced mode. The horizontal oil pressure forging and pressing machine has the beneficial effects that a special sticking capsule layer in an interception rotation shaft of a structure is utilized to stick sediments in oil liquid to the structure while overturning to form an interception effect on the sediments, most of the flowing sediments are filtered on the surface of an oil seepage brush seat of the structure of the horizontal oil pressure forging and pressing machine by matching with an oil filtering warping plate, so that the content of the sediments in the circulating oil liquid is reduced, and generation of blockage is effectively reduced.

Description

Technical field[0001]The present invention relates to the field of forging, in particular, involved in a horizontal hydraulic forging machine.Background technique[0002]Due to the forging mode for the forging strength of the metal article, it is preferred to use the defects such as cast loose caused during metal smelting process, and the forging machine is used to reinforce forging power, when the hydraulic oil flows from the low pressure side to low pressure On the side without mechanical work, the hydraulic system will rush sharply, and the hydraulic oil temperature will cause changes in seals and oil to oily, causing corrosion and deposit, resulting in damaging porcell peeling and deceleration valve wear. The cooling system cools the temperature, before that, first solve the sediment formed during the temperature rise, avoid erosion of equipment components, based on the above, the case has developed a horizontal hydraulic forging machine to solve this problem.Inventive content[000...

AI Technical Summary

Problems solved by technology

[0002] Because the forging processing method has the highest forging strength for metal products, and can eliminate the defects such as as-cast looseness produced in the metal smelting process, it is preferred to use, and the forging press adopts hydraulic press compression technology to enhance the forging power. When the hydraulic oil flows from the low pressure side to the low pressure side When there is no mechanical work on the side, the temperature in the hydraulic system will rise sharply. If the hydraulic oil temperature is too high, the seal will change and the oil will oxidize, causing corrosion and deposits, resulting in blockage of the damping hole and wear of the deceleration valve. The cooling system is used to cool it down. Before that, it is necessary to solve the short-term deposits formed during the heating period to avoid corrosion of equipment parts. Based on the above premise, a horizontal hydraulic forging press was developed in this case to solve this problem.

Images