Anti-extrusion mechanism and operation platform thereof
An aerial work platform, anti-extrusion technology, applied in the direction of hoisting devices, lifting equipment safety devices, etc., can solve the problems of limited human body position, affecting the effectiveness of the alarm, not small safety, etc., to achieve stability and Good operability, improved safety, and easy adaptation
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Embodiment 1
[0033] Example 1, such as Figure 1-10, an anti-extrusion mechanism, including an operating platform protective frame 1 for being installed on the protective railing 8 of the aerial work platform, the operating platform protective frame 1 can adopt an existing conventional protective frame, and within the protective area of the protective frame An operation platform a1 is provided, and the protection frame 1 of the operation platform is provided with a safety-avoiding buffer protection rod 2 for the human body to lean against and move forward. The danger-avoidance buffer protection rod 2 preferably extends in the left and right directions. The direction can be understood as the orientation observed by the operator when he is located behind the safety buffer protection rod 2 during normal operation, so the operating platform a1 is in front of the safety protection buffer protection rod 2, and the operator is on the safety protection buffer rod 2. In the rear of the protection...
Embodiment 2
[0050] Embodiment 2, with reference to the accompanying drawings in Embodiment 1, on the basis of Embodiment 1, a better design is made for this part of the position change detection of the safety-avoiding buffer protection bar 2, as follows:
[0051] In the area between the front shield support plate 3 and the safety buffer protection rod 2, a set of position change detection devices are respectively provided at the positions near the left and right ends of the safety protection buffer protection rod 2. If there are position change detection devices on the left and right sides, the reliability of the alarm can be greatly improved.
[0052]In addition, the position change detection device includes a metal detection body 21a installed on the safety buffer protection bar 2 and a proximity switch 22a arranged in front of the metal detection body 21a. Like this, metal detection body 21a moves forward along with the safety-avoiding buffer protection bar 2, approaches the proximity ...
Embodiment 3
[0057] Embodiment 3, with reference to the drawings in Embodiment 1, the difference between this embodiment and the first two embodiments is that a flexible protective sleeve 5 is wrapped around the periphery of the front shield support plate 3 and the safety buffer protection bar 2 . The length of the flexible protective cover 5 should be the same as that of the front block support plate 3 and the safety buffer protection rod 2, and the flexible protective cover 5 is a casing structure that runs through the left and right directions, and can be completely covered on the front block support plate 3 and the described safety buffer. When installing the periphery of the safety-avoiding buffer protection rod 2, the recommended installation method is as follows: the front shield support plate 3 and the safety-avoiding buffer protection rod 2 and the structure between the two can be installed first, and then the flexible protection Cover 5 sets, at this time, for example, there is t...
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