安全、防护和工作鞋

A. Goldcher , D. Acker
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引用次数: 5

摘要

在法国,在50年代出现了在某些工业活动中保护脚部的必要性。自1989年以来,鞋子的造型受欧洲准则的约束,该准则被纳入法国法律,并于1993年1月开始实施。欧洲标准(EN)是强制性的,有时由一些寻求高质量产品的制造商主动制定的ISO标准来完成。目前,任何使用特定鞋子进行的专业活动都需要个人防护装备:安全鞋(EN 345)、防护鞋(EN 346)或工作鞋(EN 347)。鞋的所有部分都可能具有特殊的保护性:耐磨保护尖端、防割伤侧面保护、耐磨或防水脚踝、能量吸收鞋跟、防穿孔鞋底、防寒或隔热鞋底、防滑、不导电、防静电等。这些保护措施中的每一项都构成了对统计显著风险的反应,与工作地点或环境有关:脚趾或跖骨挤压、鞋底穿孔、打滑、触电、暴露在高温或低温下、有毒颗粒投射、脚跟着地……它们的功效已被证明,但有时仍难以被工人接受。工作女性化倾向于研究更轻、更美观的鞋子,进一步对抗多汗症及其后果。
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Chaussures de sécurité, de protection et de travail

In France, the necessity of protecting the foot during certain industrial activities emerged in the 50's. Since 1989, shoes' modeling is subject to European guidelines transposed into the French law and applied since January 1993. The European standards (EN) are mandatory, sometimes completed by an ISO standard on the initiative of some manufacturers who search for high-quality products. At present, any professional activity to be practiced with specific shoes induces individual protection equipment: safety shoes (EN 345), protection shoes (EN 346) or work shoes (EN 347). All parts of the shoe may be specifically protective: resistant protection tip, anti-cut side protection, resistant or waterproofed ankle, energy-absorbing heel, anti-perforation sole, cold or heat insulating sole, nonskid, non-conductive, antistatic, etc. Each of these protections constitutes a response to a statistically significant risk, related to the place of work or its environment: crushing of a toe or of the metatarsus, perforation of the sole, skid, electrocution, exposure to heat or cold, projection of toxic particles, fall on heels… Their efficacy has been proven but they remain sometimes hardly accepted by the workers. Work feminization has favored the research for lighter and more aesthetic shoes, furthering the fight against hyperhidrosis and its consequences.

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