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A platform for research: civil engineering, architecture and urbanism
Concrete point compacting mechanism capable of improving local compactness
The invention discloses a concrete point compacting mechanism capable of improving local compactness, and relates to the technical field of concrete compacting equipment. The problems that as for an existing compacting mechanism, in order to reach uniform and comprehensive compaction, a vibrating bar needs to be manually dragged, or a plurality of rows of uniformly-arranged stretching and inserting vibrating bars need to be arranged, firstly the vibrating bars manually slide in a cofferdam, labor is wasted, and the operation efficiency is low are solved. The concrete point compacting mechanismcapable of improving the local compactness comprises a main frame, the main frame comprises a positioning supporting plate and wavy guiding plates, the main frame is integrally of a square structureand is formed by a left side supporting plate, a right side supporting plate, a front set of groove plate and a rear set of groove plate which are welded jointly, each of the middle of the front set of groove plate and the middle of the rear set of the groove plate is partitioned to form a sliding groove, and back openings in the two sliding grooves are each provided with one wavy guiding plate inblocked and welded modes. According to the concrete point compacting mechanism, two compression plates can be pushed and extruded through two threaded jacking rods, and the whole concrete point compacting mechanism is compressed and fixed to the outer wall of the cofferdam.
本发明公开了一种提高局部密实性的混凝土分点密实机构，涉及混凝土密实设备技术领域，解决了现有的密实机构，为达到均匀全面的密实，需要手工拖拽振动棒或者需设置多排均匀排布伸插振动棒，首先人工于围堰的内部进行滑动，较为费力，作业效率较低的问题。一种提高局部密实性的混凝土分点密实机构，包括主体框架，所述主体框架包括定位撑板和波浪导向板，所述主体框架整体呈方形结构，其由左右两处侧撑板以及前后两组槽板共同焊接组成，且前后两组槽板的中间均间隔形成有一处滑槽，此两处滑槽的背部开口上均封堵焊接有一处波浪导向板。本发明中的通过两处螺纹顶杆可对两处压紧板实施推进挤压，将设备整体压紧固定于围堰的外壁上。
Concrete point compacting mechanism capable of improving local compactness
The invention discloses a concrete point compacting mechanism capable of improving local compactness, and relates to the technical field of concrete compacting equipment. The problems that as for an existing compacting mechanism, in order to reach uniform and comprehensive compaction, a vibrating bar needs to be manually dragged, or a plurality of rows of uniformly-arranged stretching and inserting vibrating bars need to be arranged, firstly the vibrating bars manually slide in a cofferdam, labor is wasted, and the operation efficiency is low are solved. The concrete point compacting mechanismcapable of improving the local compactness comprises a main frame, the main frame comprises a positioning supporting plate and wavy guiding plates, the main frame is integrally of a square structureand is formed by a left side supporting plate, a right side supporting plate, a front set of groove plate and a rear set of groove plate which are welded jointly, each of the middle of the front set of groove plate and the middle of the rear set of the groove plate is partitioned to form a sliding groove, and back openings in the two sliding grooves are each provided with one wavy guiding plate inblocked and welded modes. According to the concrete point compacting mechanism, two compression plates can be pushed and extruded through two threaded jacking rods, and the whole concrete point compacting mechanism is compressed and fixed to the outer wall of the cofferdam.
本发明公开了一种提高局部密实性的混凝土分点密实机构，涉及混凝土密实设备技术领域，解决了现有的密实机构，为达到均匀全面的密实，需要手工拖拽振动棒或者需设置多排均匀排布伸插振动棒，首先人工于围堰的内部进行滑动，较为费力，作业效率较低的问题。一种提高局部密实性的混凝土分点密实机构，包括主体框架，所述主体框架包括定位撑板和波浪导向板，所述主体框架整体呈方形结构，其由左右两处侧撑板以及前后两组槽板共同焊接组成，且前后两组槽板的中间均间隔形成有一处滑槽，此两处滑槽的背部开口上均封堵焊接有一处波浪导向板。本发明中的通过两处螺纹顶杆可对两处压紧板实施推进挤压，将设备整体压紧固定于围堰的外壁上。
Concrete point compacting mechanism capable of improving local compactness
一种提高局部密实性的混凝土分点密实机构
LIU BO (author) / FAN DONG (author) / ZHENG YUMING (author) / TANG YONGPING (author) / GUO FEIFEI (author) / LI RUIZHEN (author) / REN YUZHEN (author) / SHI SHASHA (author)
2020-07-28
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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