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Efficient tamping equipment for electric power engineering construction
The invention provides efficient tamping equipment for electric power engineering construction. The efficient tamping equipment structurally comprises a tamping mechanism, a connecting layer, a fixing plate, a hydraulic assembly and an electronic control connecting piece. After the tamping mechanism is further improved, through mutual matching of a moving rail of a tamping hammer, a displacement wheel and a push-in plate block, stone and soil materials on the edge of a pit can be pushed into the pit according to matching of the push-in plate block and the displacement wheel in the process that an impact plate impacts the stone and soil materials under circulating control of a hydraulic assembly; therefore, the soil returning effect of the soil pit can be improved after the stone and soil materials are gathered into the soil pit and then collide with the soil pit again, and the situation that the thickness of the soil pit is reduced due to the fact that the stone and soil materials are loosened at the edge of the soil pit is prevented; and the circular operation characteristic of the hydraulic assembly is utilized, so that the circular pushing effect of the push-in plate can be ensured, and the soil returning effect of the pit is further enhanced.
本发明提供一种高效的电力工程施工用夯实设备,其结构包括:夯击机构、衔接层、固定板、液压组件、电子控制连接件;本发明由夯击机构进一步改进后,通过夯实锤的移动轨、位移轮以及推入板块的相互搭配下能通过液压组件的循环控制下在撞击板对石土料撞击过程中可依据推入板块与位移轮的搭配将土坑边缘石土料进行推入土坑当中,从而石土料汇入土坑后再次撞击可提高土坑的回土效果,防止石土料松散于土坑边缘所产生的降低土坑厚实度,同时利用移动轨内部的伸缩轴与配合件能在液压组件带动夯实锤复位时伸缩轴可通过组合件将位移轮拉回到原点,使之利用液压组件的循环运作特点能保证推入板块也进行循环推动效果,进一步加强土坑的回土效果。
Efficient tamping equipment for electric power engineering construction
The invention provides efficient tamping equipment for electric power engineering construction. The efficient tamping equipment structurally comprises a tamping mechanism, a connecting layer, a fixing plate, a hydraulic assembly and an electronic control connecting piece. After the tamping mechanism is further improved, through mutual matching of a moving rail of a tamping hammer, a displacement wheel and a push-in plate block, stone and soil materials on the edge of a pit can be pushed into the pit according to matching of the push-in plate block and the displacement wheel in the process that an impact plate impacts the stone and soil materials under circulating control of a hydraulic assembly; therefore, the soil returning effect of the soil pit can be improved after the stone and soil materials are gathered into the soil pit and then collide with the soil pit again, and the situation that the thickness of the soil pit is reduced due to the fact that the stone and soil materials are loosened at the edge of the soil pit is prevented; and the circular operation characteristic of the hydraulic assembly is utilized, so that the circular pushing effect of the push-in plate can be ensured, and the soil returning effect of the pit is further enhanced.
本发明提供一种高效的电力工程施工用夯实设备,其结构包括:夯击机构、衔接层、固定板、液压组件、电子控制连接件;本发明由夯击机构进一步改进后,通过夯实锤的移动轨、位移轮以及推入板块的相互搭配下能通过液压组件的循环控制下在撞击板对石土料撞击过程中可依据推入板块与位移轮的搭配将土坑边缘石土料进行推入土坑当中,从而石土料汇入土坑后再次撞击可提高土坑的回土效果,防止石土料松散于土坑边缘所产生的降低土坑厚实度,同时利用移动轨内部的伸缩轴与配合件能在液压组件带动夯实锤复位时伸缩轴可通过组合件将位移轮拉回到原点,使之利用液压组件的循环运作特点能保证推入板块也进行循环推动效果,进一步加强土坑的回土效果。
Efficient tamping equipment for electric power engineering construction
一种高效的电力工程施工用夯实设备
ZHONG PEIGAO (author)
2023-07-14
Patent
Electronic Resource
Chinese
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