Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Filling type variable-frequency multi-vibration dynamic compaction device
The invention relates to a filling type variable-frequency multi-vibration dynamic compaction device. The filling type variable-frequency multi-vibration dynamic compaction device comprises a hanging ring and a rammer main body, the hanging ring is arranged at the top of the rammer body; the rammer main body part is provided with a cavity; according to the filling type variable-frequency multi-vibration dynamic compaction device, the cavity and the Tesla valve plate are arranged in the rammer body, the weight of the rammer is adjusted by injecting liquid so that the filling type variable-frequency multi-vibration dynamic compaction device can adapt to various different geological conditions, and adaptability is improved; liquid is added into the rammer main body, so that the overall gravity center position and mass distribution of the rammer can be changed, and the rammer is more balanced and stable; the Tesla valve plate can enable liquid to flow in a one-way circulation mode for multiple times; each time the liquid impacts the bottom of the cavity, the rammer can be impacted; the impact frequency of the rammer body on the ground is related to the filling amount of the liquid in the cavity; the total amount of liquid in the cavity is changed according to needs, the impact frequency of the rammer body on the ground can be changed, and it is guaranteed that the impact effect of the rammer body adapts to the ground condition.
本发明涉及一种充填式变频多振强夯装置；该充填式变频多振强夯装置包括吊环、夯锤主体；吊环设置在夯锤主体顶部；夯锤主体部设有空腔；本发明的充填式变频多振强夯装置，在夯锤主体内部设置有空腔和特斯拉阀板，通过注入液体调整夯锤的重量从而适应各种不同的地质条件，提高适应性；通过在夯锤主体内部添加液体，可以改变夯锤整体重心位置和质量分布，使其更加平衡和稳定；特斯拉阀板能够使液体进行多次单向循环流动；每次液体冲击空腔底部，均能对夯锤进行冲击；夯锤本体对地面的冲击频率与空腔内的液体填充量有关；根据需要改变空腔内的液体总量，能改变夯锤本体对地面的冲击频率，保障夯锤本体的冲击效果适应地面情况。
Filling type variable-frequency multi-vibration dynamic compaction device
The invention relates to a filling type variable-frequency multi-vibration dynamic compaction device. The filling type variable-frequency multi-vibration dynamic compaction device comprises a hanging ring and a rammer main body, the hanging ring is arranged at the top of the rammer body; the rammer main body part is provided with a cavity; according to the filling type variable-frequency multi-vibration dynamic compaction device, the cavity and the Tesla valve plate are arranged in the rammer body, the weight of the rammer is adjusted by injecting liquid so that the filling type variable-frequency multi-vibration dynamic compaction device can adapt to various different geological conditions, and adaptability is improved; liquid is added into the rammer main body, so that the overall gravity center position and mass distribution of the rammer can be changed, and the rammer is more balanced and stable; the Tesla valve plate can enable liquid to flow in a one-way circulation mode for multiple times; each time the liquid impacts the bottom of the cavity, the rammer can be impacted; the impact frequency of the rammer body on the ground is related to the filling amount of the liquid in the cavity; the total amount of liquid in the cavity is changed according to needs, the impact frequency of the rammer body on the ground can be changed, and it is guaranteed that the impact effect of the rammer body adapts to the ground condition.
本发明涉及一种充填式变频多振强夯装置；该充填式变频多振强夯装置包括吊环、夯锤主体；吊环设置在夯锤主体顶部；夯锤主体部设有空腔；本发明的充填式变频多振强夯装置，在夯锤主体内部设置有空腔和特斯拉阀板，通过注入液体调整夯锤的重量从而适应各种不同的地质条件，提高适应性；通过在夯锤主体内部添加液体，可以改变夯锤整体重心位置和质量分布，使其更加平衡和稳定；特斯拉阀板能够使液体进行多次单向循环流动；每次液体冲击空腔底部，均能对夯锤进行冲击；夯锤本体对地面的冲击频率与空腔内的液体填充量有关；根据需要改变空腔内的液体总量，能改变夯锤本体对地面的冲击频率，保障夯锤本体的冲击效果适应地面情况。
Filling type variable-frequency multi-vibration dynamic compaction device
充填式变频多振强夯装置
MA HUABING (Autor:in) / SHAN HONGWEI (Autor:in) / ZHOU YANG (Autor:in) / ZHAO HUANLE (Autor:in) / WU LING (Autor:in) / ZHAO WEIYANG (Autor:in) / YU HAIBO (Autor:in) / DING KE (Autor:in) / YAO DENGPAN (Autor:in) / LI CHENGLONG (Autor:in)
06.02.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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