Impact test detection system for high-energy-level flexible net
The invention discloses an impact test detection system and method for a high-energy-level flexible network. The impact test detection system comprises an impact simulation unit, a vertical impact test unit, a slope impact test unit and an impact monitoring unit. The vertical impact test unit compri...
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| creator | FAN JIAWEI WEI TAO DONG ZEHUA YUAN KUN CHEN PAN ZHANG WENCHAO ZENG SHENGYONG LI JIAN XIAN FEI XUAN YAFEI CHENG YU LEI SHUANGQUAN JIA TAO ZHANG PENG LIU BO CUI JIAN ZHANG YUFANG LI XIAOBING YAO YONG CHEN CHANGHENG DU LINING CHEN GONGMING ZENG JUNJIE |
| description | The invention discloses an impact test detection system and method for a high-energy-level flexible network. The impact test detection system comprises an impact simulation unit, a vertical impact test unit, a slope impact test unit and an impact monitoring unit. The vertical impact test unit comprises a vertically arranged gravity wall; the slope impact test unit comprises a wall slope, and the wall slope is arranged opposite to the other side of the gravity wall; the impact simulation unit comprises an impact assembly and a lifting assembly, the impact assembly is arranged on the slope surface of the wall slope and provides the impact angle and the impact speed of an impact object, and the lifting assembly is arranged close to the gravity wall and the wall slope, lifts the impact object to a preset position, releases the impact object and lifts the impact object to the impact assembly; the impact monitoring unit monitors the deformation result and the internal force change result of the flexible net. The de |
| format | Patent |
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The impact test detection system comprises an impact simulation unit, a vertical impact test unit, a slope impact test unit and an impact monitoring unit. The vertical impact test unit comprises a vertically arranged gravity wall; the slope impact test unit comprises a wall slope, and the wall slope is arranged opposite to the other side of the gravity wall; the impact simulation unit comprises an impact assembly and a lifting assembly, the impact assembly is arranged on the slope surface of the wall slope and provides the impact angle and the impact speed of an impact object, and the lifting assembly is arranged close to the gravity wall and the wall slope, lifts the impact object to a preset position, releases the impact object and lifts the impact object to the impact assembly; the impact monitoring unit monitors the deformation result and the internal force change result of the flexible net. 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The impact test detection system comprises an impact simulation unit, a vertical impact test unit, a slope impact test unit and an impact monitoring unit. The vertical impact test unit comprises a vertically arranged gravity wall; the slope impact test unit comprises a wall slope, and the wall slope is arranged opposite to the other side of the gravity wall; the impact simulation unit comprises an impact assembly and a lifting assembly, the impact assembly is arranged on the slope surface of the wall slope and provides the impact angle and the impact speed of an impact object, and the lifting assembly is arranged close to the gravity wall and the wall slope, lifts the impact object to a preset position, releases the impact object and lifts the impact object to the impact assembly; the impact monitoring unit monitors the deformation result and the internal force change result of the flexible net. The de</abstract><oa>free_for_read</oa></addata></record> |
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| subjects | INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIRCHEMICAL OR PHYSICAL PROPERTIES MEASURING PHYSICS TESTING TESTING STATIC OR DYNAMIC BALANCE OF MACHINES ORSTRUCTURES TESTING STRUCTURES OR APPARATUS NOT OTHERWISE PROVIDED FOR |
| title | Impact test detection system for high-energy-level flexible net |
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