Horizontal adaptive mechanical precision straightening device for linear bars

Abstract

The invention relates to a horizontal adaptive mechanical precision straightening device for linear bars. The straightening device provided by the invention comprises a main engine foundation, a left-workpiece presence sensor, a right-workpiece presence sensor, a support / drive assembly, a straightening mechanism, a left feed mechanism, a right feed mechanism, an axial displacement meter, a workpiece bending-modulus measurement device, a left workpiece clamping assembly, a right workpiece clamping assembly, a straightening stroke displacement meter and an electrical / software processing controlsystem, wherein the left-workpiece presence sensor, the right-workpiece presence sensor, the support / drive assembly and the straightening mechanism are connected with the main engine foundation; the left feed mechanism and the right feed mechanism are respectively arranged at the two sides of the main engine foundation; the axial displacement meter and the workpiece bending-modulus measurement device are connected with the support component of the support / drive assembly; the left workpiece clamping assembly and the right workpiece clamping assembly are respectively connected with the two sides of the support component; the straightening stroke displacement meter is connected with the straightening mechanism; and the electrical / software processing control system is used for controlling thecomponents to operate. By using the precision straightening device provided by the invention, the continuous bending of a workpiece can be subjected to straightening on adaptive support-span adjustment and straightening stroke adjustment, the length of the workpiece is not restricted, the rigidity of a mechanical dynamical mechanism is large, and the precision of closed-loop servo control on support span and straightening stroke is high without being affected by the gravity deformation of a long workpiece in the vertical direction.

Description

technical field [0001] The invention relates to the technical field of straightening, in particular to a horizontal self-adaptive mechanical precision straightening device for straight strips. Background technique [0002] Precision linear strip is one of the core components of mechanical equipment. Its straightness error directly affects the working accuracy of mechanical equipment, especially when it is used as a straight line reference for the relative position and movement of the main functional components of mechanical manufacturing equipment, its accuracy directly affects the mechanical manufacturing equipment. The mutual positional relationship between the forming movements, and then affect the product processing accuracy of the entire manufacturing equipment. The straightening of straight strips is one of the important processes to ensure the straightness processing quality of straight strips. The level of processing accuracy determines the processing allowance, proc...

AI Technical Summary

Problems solved by technology

Since the screw loading system and measuring system are installed on the axially movable carrier, and the carrier is installed on the guide column, the straightness error of the guide column is directly added to the straightening error, and at the same time, the rigidity of the guide column is limited. , and the rigidity of the ball screw is small, and the deformation during loading is large, which is not suitable for straightening processing of workpieces with high rigidity. In addition, the length of the guide column is limited, and the length of the workpiece that can be straightened is limited.

[0005] In order to overcome the shortcomings of the above-mentioned straightening device, such as low rigidity, low straightening accuracy, and limited length of straightened workpieces, it is necessary to provide a new type of straightening equipment for straight strips.

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