Angle-adjustable dam tamping device for hydraulic engineering and using method thereof

Abstract

The invention discloses an angle-adjustable dam tamping device for hydraulic engineering and a using method thereof. The angle-adjustable dam tamping device comprises a tamping face, and further comprises a crawler walking mechanism, the crawler walking mechanism is connected with symmetrically-arranged supporting frames, and the supporting frames are hinged to symmetrically-arranged sliding sleeves through supports; angle oil cylinders are hinged to the supporting frames, sliding groove are formed in the outer walls of the sliding sleeves, and hinge seats are slidably connected into the sliding grooves and hinged to the angle oil cylinders; and sliding columns are slidably connected into the sliding sleeves, the supporting frames are fixedly connected with a tamping motor, the tamping motor is connected with a rotating wheel, the rotating wheel is eccentrically connected with a connecting plate, the connecting plate is hinged to the sliding columns, the other ends of the sliding columns are connected with the tamping face, and the tamping motor, the angle oil cylinders and the crawler walking mechanism are connected with a control box. The angle and span of the tamping face can be conveniently adjusted, and the adopted crawler-type walking mechanism is suitable for different water channels.

Description

technical field [0001] The invention relates to the technical field of water conservancy engineering, in particular to an angle-adjustable dam compacting device for water conservancy engineering and a use method thereof. Background technique [0002] In the process of modern production, more and more water conservancy facilities are used. In farmland irrigation, hydropower, fish farming, flood control and disaster relief, etc., it is often necessary to excavate water canals. Because the dams of newly dug water canals are soft and unstable, the inner walls of the dams of water canals are prone to collapse. , has a certain impact on the construction of the canal, and the subsequent concrete reinforcement will cause unnecessary trouble. [0003] In the current excavation process of water canals, most of the embankment compaction devices are excavators driving hydraulic rammers for compaction and reinforcement, which need to be carried out separately on one side and the hydrauli...

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Problems solved by technology

[0002] In the process of modern production, more and more water conservancy facilities are used. In farmland irrigation, hydropower, fish farming, flood control and disaster relief, etc., it is often necessary to excavate water canals. Because the dams of newly dug water canals are soft and unstable, the inner walls of the dams of water canals are prone to collapse. , which will have a certain impact on the construction of the canal, and the subsequent concrete reinforcement will cause unnecessary trouble

[0003] In the current excavation process of water canals, most of the embankment compaction devices are excavators driving hydraulic rammers for compaction and reinforcement, which need to be carried out separately on one side and the hydraulic compaction machine has a smaller compaction surface, which requires reciprocating compaction, which makes the efficiency low or the existing compaction machine The angle is fixed, and it is difficult to meet the angle requirements of the dikes and dams between different canals

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