Anti-drop method for climbing iron tower of power transmission line
A transmission line tower and anti-fall technology, which is applied to seat belts, life-saving equipment, etc., can solve the problems of inflexible use, high maintenance costs, and unsatisfactory effects, and achieve flexible use, high reliability and safety, and promote safety. production effect
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[0017] Example. A method for preventing falling in the climbing process of a power transmission line iron tower is characterized in that the tools used include a safety rope 8 (such as the JANE L50 produced by the French PETZL company), a full-body safety belt (such as the NEWTON C73 produced by the French PETZL company), Large hook 9 (such as MGO L110 produced by French PETZL company), small hook (such as M35SL produced by Italian CAMP company), headless rope 2 (such as SLING 16 produced by French BEAL company), and a triangular wire lock security as shown in Figure 4. Buckle 5 (such as the LOCKM20 produced by the French PETZL company), a pear-shaped safety buckle 3 as shown in Figure 2 (that is, a pear-shaped quick padlock, such as the SPIRIT M15 produced by the French PETZL company), a trolley 6 (such as the French PETZL company produced FIXEP05), anti-fall device (such as ASAP B71 produced by French PETZL company), main rope (such as LOOP10.5 produced by French BEAL compan...
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