Gear heat treatment processing equipment

Abstract

The invention discloses gear heat treatment processing equipment, which comprises a vertical rod, a bottom rod is arranged on the lower side of the vertical rod, a side plate is arranged on one side of the bottom rod, and several outer cylinders are arranged on one side of the bottom rod. The outer cylinders are stacked on top of each other, ring blocks are arranged on one side of the outer cylinders at different positions, and a number of clamping devices are arranged in the ring blocks to facilitate clamping gears of various specifications from the inside. The ring blocks and A rotating device is installed between the outer cylinders so that the outer cylinders at different positions can be rotated relative to each other so that the gears are fully heat-processed. This equipment adopts the method of fixing the gears on the ring blocks respectively. The relative rotation of the block makes the gear fully heat-processed.

Description

technical field [0001] The invention relates to the technical field of gear processing equipment, in particular to gear heat treatment processing equipment. Background technique [0002] In the process of gear heat treatment, it often involves putting the gears into a high-temperature boiler for heating, and then using the process steps to temper or quench the gears accordingly, which makes the gears put into the high-temperature boiler in batches. It will increase the efficiency to a certain extent, but the method of putting a large number of gears into the boiler in the existing equipment is too single and there is no good technical equipment support, resulting in the need for personnel to put them into the equipment in large quantities many times. Moreover, in the process of high-temperature heating of gears, there is no equipment that can realize multi-angle flipping to efficiently and fully heat the gears, so that the gears cannot be heated well during the processing of...

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Problems solved by technology

[0002] In the process of gear heat treatment, it often involves putting the gears into a high-temperature boiler for heating, and then using the process steps to temper or quench the gears accordingly, which makes the gears put into the high-temperature boiler in batches. It will increase the efficiency to a certain extent, but the method of putting a large number of gears into the boiler in the existing equipment is too single and there is no good technical equipment support, resulting in the need for personnel to put them into the equipment in large quantities many times. Moreover, in the process of high-temperature heating of gears, there is no equipment that can realize multi-angle flipping to efficiently and fully heat the gears, so that the gears cannot be heated well during the processing of the gears and the reliability of the actual use of the equipment is reduced. Due to the existence of the above shortcomings, the reliability and efficiency of the equipment are reduced, and when the equipment is actually used, when the gears are batch-packed and clamped in the external space for tempering and quenching, the structure is too simple to achieve efficient tempering with quenching

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