Crankshaft rotating machine

Abstract

The invention relates to a crankshaft rotating machine. The crankshaft rotating machine comprises a bottom frame. An electrical cabinet is arranged in the bottom frame. A UVW movable part and an operation cabinet are arranged above the bottom frame. The operation cabinet is provided with a display screen and operation buttons. The UVW movable part comprises a V-direction movable panel which is connected with an installing panel through V-direction sliding rails and V-direction sliding blocks and is capable of moving in the V direction. The upper end face of the V-direction movable panel is connected with the lower end face of a horizontal part of an L-shaped U-direction movable plate capable of moving in the U direction through U-direction sliding rails and U-direction sliding blocks. The outer end face of a vertical part of the L-shaped U-direction movable plate is provided with a W-direction movable plate capable of moving in the W direction through W-direction sliding rails and W-direction sliding blocks. The W-direction movable plate is provided with a split shaft type crankshaft assembly. The upper end face of the horizontal part of the L-shaped U-direction movable plate is provided with a motor drive mechanism through an L-shaped motor plate. A balancer is arranged above the U-shaped movable plate through a balancer support. The machine is more user-friendly and closer to safety operation.

Description

technical field [0001] The invention belongs to the technical field of crankshaft rotating machines, and in particular relates to a crankshaft rotating machine. Background technique [0002] At present, the equipment used for the fastening of hydraulic torque converters in the automotive industry generally adopts the form of vertical cantilever, that is, the motor is installed vertically, and it and the shaft it drives are rigid, that is, it depends entirely on the slider The movement on the slide rail completes the flow of the entire operation. The direct result is that it is not easy to position each time the positioning is pushed, and it is necessary to push the entire W-direction parts (including the motor) to move together, which is difficult to fine-tune, resulting in more difficult operation. Secondly, in order to meet the stroke, the length of the shaft is thinner and longer, and the processing requirements of the shaft itself are very high. The concentricity of the...

AI Technical Summary

Problems solved by technology

The direct result is that it is not easy to position each time it is pushed and positioned. It is necessary to push the entire W-direction parts (including the motor) to move together. It is difficult to fine-tune, which makes the operation more difficult.

Secondly, in order to meet the stroke, the length of the shaft is thinner and longer, and the processing requirements of the shaft itself are very high. The concentricity of the shaft is generally not high in the equipment on the market, and the shaft is slightly deformed, which makes it difficult to guarantee the rotation angle. , which leads to an error every time the alignment is made, so that there is a deviation when screwing the screw, or it cannot be screwed, or it is a one-off, and the phenomenon of tripping occurs when it is disassembled for the second time and then screwed.

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