Rope head tension testing device

Abstract

The invention discloses a rope head tension testing device. The rope head tension testing device comprises a machine table, a first pressing clamp, a second pressing clamp and a driving mechanism, wherein the first pressing clamp and the second pressing clamp are oppositely arranged on the machine table, the first pressing clamp comprises a first working table and a first clamp, the first working table is connected to the machine table, the first clamp is a flexible clamp, and the first clamp is connected to the first working table and used for clamping a rope head; the first pressing clamp comprises a first workbench and a first clamp, the second pressing clamp comprises a second workbench and a second clamp, the second workbench is movably connected to the machine table, the second clamp is connected to the second workbench and used for clamping a rope body, and the driving mechanism is arranged on the machine table and connected to the second workbench. The rope head tension testing device can replace manual testing, is good in testing effect, high in testing efficiency and low in equipment cost, and can be popularized and configured in a textile workshop.

Description

technical field [0001] The invention relates to the textile field, in particular to a rope end tension testing device. Background technique [0002] In the textile field, the traditional rope head (the metal head fixedly connected to the rope head or the solid part formed by glue head adhesion) tightness and tension test method is to use the laboratory tension test machine to repeat the test one by one. The test efficiency is low, and the use of a laboratory tensile testing machine is destructive to the rope end. After the test, there will be pinch marks on the metal head or the surface of the rubber head on the rope end, which will prevent the rope end from being shipped. Due to the low test efficiency of the tensile testing machine used in the laboratory and the damage to the rope end, and the high price of the tensile testing machine used in the laboratory, it is difficult for textile workshops to commonly configure such a tensile testing machine for laboratory use. In a...

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Problems solved by technology

[0002] In the field of textiles, the traditional rope head (the metal head fixedly connected to the rope head or the solid part formed by glue head adhesion) tightness and tension test method is to use the laboratory tensile test machine to test repeatedly one by one. The test efficiency is low, and the use of a laboratory tensile testing machine is destructive to the rope head. After the test, there will be pinch marks on the metal head or the surface of the rubber head on the rope head, which will cause the rope head to no longer be shipped.

Due to the low test efficiency of the tensile testing machine used in the laboratory and the damage to the rope end, and the high price of the tensile testing machine used in the laboratory, it is difficult to configure such a tensile testing machine for the laboratory in the textile workshop.

In actual production, the conventional method is to manually pull the rope head and manually feel whether the rope head is loose. Because the pulling force of the human hand is only a few cattle, it is difficult to meet the customer's requirements, so it is not known whether the product after inspection meets the standard, and there are many problems. big quality problem

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