Full-automatic steel wire rope mechanical property detecting system and method

Abstract

The invention relates to a full-automatic steel wire rope mechanical property detecting system and method, and belongs to the technical field of full-automatic steel wire rope mechanical property detecting. According to the adopted technical scheme, the full-automatic steel wire rope mechanical property detecting system comprises a detecting machine, a base is arranged at the bottom of the detecting machine, a straightening machine is arranged on the base, a mechanical arm is arranged at a discharging outlet of the straightening machine and specifically is a rotating mechanical arm fixed to abase plate, a stretcher, a bending machine and a twisting machine are arranged in the movable radius part of the mechanical arm, control ports of the straightening machine, the mechanical arm, the stretcher, the bending machine and the twisting machine are connected with a four-axis controller through wires correspondingly; and a control circuit is integrated inside the four-axis controller, and an AD conversion module arranged on the control circuit is provided with six signal input ports and six bidirectional communication ports. The full-automatic steel wire rope mechanical property detecting system can be applied and popularized in a laboratory for detecting the mechanical properties of steel wires.

Description

technical field [0001] The invention discloses a fully automatic steel wire rope mechanical property detection system and a detection method, belonging to the technical field of fully automatic steel wire rope mechanical property detection. Background technique [0002] At present, the detection technology of steel wire ropes uses tensile testing machines, bending testing machines and torsion testing machines. The problem is: the steel wire rope after splitting needs to be straightened manually, which will inevitably damage the internal stress distribution of the steel wire rope itself, and the space occupied by the three testing equipment is relatively large, and the work efficiency is low. Safety cannot be guaranteed, and the sudden breakage of the steel wire during the mechanical performance test is likely to cause accidents. [0003] In the detection process, the existing steel wire rope inspection and detection method is that each detection index corresponds to an inst...

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Problems solved by technology

[0002] At present, the detection technology of steel wire ropes uses tensile testing machines, bending testing machines and torsion testing machines. The problem is: the steel wire rope after splitting needs to be straightened manually, which will inevitably damage the internal stress distribution of the steel wire rope itself, and the space occupied by the three testing equipment is relatively large, and the work efficiency is low. Safety cannot be guaranteed, and the steel wire breaks suddenly during the mechanical performance test, which may easily cause accidents

[0003] In the detection process, the existing steel wire rope inspection and detection method is that each detection index corresponds to an instrument, and the detection instrument is manually installed with steel wires. After the test data is obtained in the data processing stage, it is compared with the national standard or industry standard through manual verification. Carry out comparison, and then perform data calculation to obtain the inspection report of the steel wire rope; the existing wire rope inspection and detection method requires manual reading in the data processing part, and manually finds the corresponding national or industry standards according to the use of the steel wire rope for data analysis; this This detection method is affected by manual operation, and the calculation error is large, which affects the test results, and is time-consuming and laborious

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