Here are the corrected grammar and logic issues, followed by the revised article:

**Correction Notes:**
1. **Hyphen Consistency:** Removed spaces around hyphens in terms like “anti-smashing” and “anti-puncture” (e.g., “anti – smashing” -> “anti-smashing”).
2. **Terminology:** Changed “shoe toe” to the standard term “toe cap”.
3. **Phrasing & Clarity:** Improved sentence structure and word choice for natural flow and impact (e.g., “quickly disperse the impact force” -> “effectively absorb and distribute impact forces”, “minimize the injury” -> “significantly reduce the risk of injury”).
4. **Passive Voice:** Reduced passive voice where active voice is clearer or more concise (e.g., “The mid-sole of labor protection shoes generally uses” -> “Labor protection shoes often incorporate a mid-sole made of”).
5. **Awkward Phrasing:** Rephrased awkward constructions (e.g., “facilitate the work of users” -> “enhance user comfort during work”).
6. **Word Choice:** Used more precise vocabulary (e.g., “extremely high” -> “exceptional”, “various” -> “diverse”, “durable” -> “exceptional durability”).
7. **Punctuation:** Corrected hyphen spacing issues.

**Corrected Article:**

1. **Keywords:** anti-smashing function, anti-puncture function, labor protection shoes, different workplaces, abrasion resistance

Labor protection shoes play a crucial role in diverse work environments. They incorporate multiple functions to ensure worker safety.

The **anti-smashing function** is one of the most fundamental and vital features of labor protection shoes. In industries such as construction and machinery manufacturing, falling heavy objects pose a significant safety hazard. The **toe cap** of labor protection shoes is typically constructed from steel or composite materials, offering exceptional compressive and impact-resistant capabilities. When a heavy object falls, the toe cap effectively absorbs and distributes impact forces, protecting the toes from injury. For example, on a construction site, a brick falling from height could cause severe consequences like toe fractures or even amputation without protection. Wearing qualified anti-smashing labor protection shoes significantly reduces this risk of injury.

The **anti-puncture function** is equally indispensable. In work environments like waste disposal sites and logistics warehouses, sharp objects such as nails or glass fragments may be present on the ground. Labor protection shoes often incorporate a mid-sole made of anti-puncture materials, such as Kevlar fibers, which effectively prevent sharp objects from penetrating the sole and injuring the foot. Imagine a worker walking on debris-laden ground without anti-puncture labor protection shoes; stepping on a nail would be a painful and hazardous experience.

Regarding **abrasion resistance**, abrasion-resistant labor protection shoes are specifically designed for high-intensity work environments. Their soles utilize highly durable, abrasion-resistant materials. When purchasing, attention should be paid to the product’s abrasion resistance rating to ensure it meets actual working demands, guaranteeing long-term wearer comfort and safety.

It’s essential to select the **appropriate type** of labor protection shoes based on the **specific workplace**. Various types are available, including anti-smashing, anti-puncture, acid-and-alkali-resistant, high-temperature-resistant, and anti-slip safety shoes. For instance, puncture-resistant safety shoes feature soles with strong oil resistance, and their uppers use materials like leather, fabric, or sponge to enhance user comfort during work.

In conclusion, understanding the functions and selecting the right labor protection shoes is paramount for worker safety and well-being across different occupational settings.