Steel cord plastic clapboard rigidity detection device

Abstract

The invention discloses a rigidity detection device for a steel cord plastic partition plate. The device comprises a base which is provided with a vertical column, the vertical column is provided withthe scale, an end part of the vertical column is provided with a partition plate mounting part, the partition plate mounting part is of a groove structure, one end of the plastic partition plate is movably clamped in a concave part of the partition plate mounting part, the length of the concave part in the axial extending direction of a plastic partition shaft is 5-15% of the total length of theplastic partition plate, after one end of the plastic partition plate is movably clamped in the groove, the other end of the plastic partition plate is deformed in a downward bending mode under the interaction of gravity and rigidity of the plastic partition plate, and qualitative rigidity detection of the plastic partition plate is achieved by comparing a deformation value read out through the scale on the stand column with a deformation checking value corresponding to standard rigidity. The detection device is advantaged in that whether rigidity of a to-be-detected plastic partition plate meets the requirement or not can be rapidly detected, working efficiency is improved, no damage is caused to the plastic partition plate in the detection process, human subjective judgment errors are effectively reduced, and detection accuracy is improved.

Description

technical field [0001] The invention relates to a detection device, in particular to a detection device for the rigidity of a steel cord plastic partition. Background technique [0002] In the production process of steel cord, the use of steel cord I-shaped wheel is relatively frequent. [0003] In order to prevent the steel cord take-up I-wheel from sliding during transportation, a plastic partition to fix the steel cord take-up I-wheel is used in the steel cord packing, so the plastic partition must have a certain rigidity Requirements, in the daily workshop operation process, plastic partitions that do not meet the rigidity requirements need to be screened out and scrapped. However, at present, the stiffness of plastic partitions is estimated and judged by bending plastic partitions artificially; there is no accurate and fast identification and selection method; If it is not high, it will easily cause damage to the plastic wheel partition during the inspection, or if it...

AI Technical Summary

Problems solved by technology

However, at present, the stiffness of plastic partitions is estimated and judged by bending plastic partitions artificially; there is no accurate and fast identification and selection method; If it is not high, it will easily cause damage to the plastic wheel partition during the test, or if it cannot be judged accurately, it will also affect its fixing effect on the I-shaped wheel

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