Anti-puncturing test machine for stab-resistant garment

Abstract

The invention relates to an anti-puncturing test machine for stab-resistant garment. The anti-puncturing test machine comprises a rack, wherein a control box and a detection device are arranged in therack; a detection support plate is arranged on the detection device; a barbed roller is arranged above the detection support plate; manual telescopic rods are arranged at two ends of the barbed roller; bottom ends of the manual telescopic rods are pivotally connected with the barbed roller; top ends of the manual telescopic rods are sleeved with a movable rod; the two ends of the movable rod areembedded in guide grooves; the guide grooves are formed in guide rails; the guide rails are fixedly connected with the rack; a metal plate is embedded in the detection support plate; an electrode of direct current on the barbed roller is different from that on the metal plate; chains are arranged in the guide grooves; gears are arranged at embedded positions of two ends of the barbed roller and the guide grooves; the gears are meshed with the chains; and the chains is driven by a motor for transmission. The invention provides the anti-puncturing test machine for stab-resistant garment, which can detect anti-puncturing performance by stabbing the stab-resistant garment from a plurality of angles.

Description

technical field [0001] The invention relates to the field of protective products, in particular to a stab-proof clothing puncture-proof testing machine. Background technique [0002] The most commonly used method for puncture-resistant clothing in the prior art is to fit protective components in the outer layer or interlayer or inner layer of the fabric. The protective components can be made of metal plates, metal meshes, or hard plastics. Made, through the hard material of the protective part to achieve the effect of puncture resistance. However, how to detect the puncture-resistant performance of puncture-resistant clothing is a problem to be solved in the prior art. Traditionally, it is not convenient enough to puncture the protective fabric of the puncture-resistant clothing with a sharp object, and the inspector can observe it with the naked eye, and the number of detections is not comprehensive enough. And the general monitoring and stabbing device can only detect th...

AI Technical Summary

Problems solved by technology

In the traditional technology, the protective fabric of the puncture-resistant clothing is stabbed with a sharp object, and the inspector uses the naked eye to observe, which is not convenient enough, the number of detections is not comprehensive enough, the strength of the stabbing is uneven, and the manpower consumption is large.

And the general monitoring and stabbing device can only detect the anti-stabbing ability of the protective clothing by stabbing the protective clothing from the front, but cannot detect the stabbing protection performance of the protective clothing from other different angles, let alone different shapes of protective devices. Conduct puncture resistance tests, especially if the protection performance of guards with curved or uneven surfaces cannot be detected

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