High-stability rammer compactor for building construction

Abstract

The invention discloses a high-stability rammer compactor for building construction in the technical field of engineering auxiliary equipment. The rammer compactor comprises a stabilizing mechanism, stable supporting frames, a compaction assisting frame, a balance weight centrifugal ball and a contraction spring. According to the high-stability rammer compactor, through the set of the stabilizingmechanism is set, when a ramming device is subjected to stress in an unstable direction, the inclination amplitude of the ramming device is greatly reduced through the reverse anti-toppling capabilityof the stabilizing mechanism, so that the stability of the rammer compactor during ramming is improved; through the set of the stable supporting frames, the stable supporting frames make contact withthe ground when earth ramming is conducted, certain supporting is conducted between equipment and the ground, the equipment is prevented from toppling over, the stability of the equipment during earth ramming is improved; through the set of the compaction assisting frame, the balance weight centrifugal ball and the contraction spring, the downward pressing capacity is enhanced and rammed earth strength is improved when the equipment rams earth downwards; and when the equipment moves upwards, the upward moving amplitude of the equipment is reduced, the reverse acting force is reduced, the stability of the equipment is improved, and the rammer compactor has the beneficial effects of being high in earth ramming capacity and high in stability.

Description

technical field [0001] The invention belongs to the technical field of engineering auxiliary equipment; in particular, it relates to a compacting machine with high stability for building construction. Background technique [0002] The compacting machine is a kind of compaction machine that uses impact and shock vibration to compact the backfill soil in layers. In current use, it is mostly used to compact the soil layer such as the foundation. The basic principle is to use the impact and inertia of the machine to make the soil firm. , the more commonly used and rammed earth device is the rammed earth machine, the rammed earth machine, the compaction machine that uses the impact and impact vibration to ram the backfill soil layer by layer, is the mechanical equipment often used in construction, the existing rammed machine is divided into It is a vertical rammed earth mechanism and a horizontal rammed earth mechanism. The horizontal rammed earth mechanism itself is large and in...

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Problems solved by technology

[0002] The compacting machine is a kind of compaction machine that uses impact and shock vibration to compact the backfill soil in layers. In current use, it is mostly used to compact the soil layer such as the foundation. The basic principle is to use the impact and inertia of the machine to make the soil firm. , the more commonly used and rammed earth device is the rammed earth machine, the rammed earth machine, the compaction machine that uses the impact and impact vibration to ram the backfill soil layer by layer, is the mechanical equipment often used in construction, the existing rammed machine is divided into It is a vertical rammed earth mechanism and a horizontal rammed earth mechanism. The horizontal rammed earth mechanism itself is large and inconvenient to use, while the vertical rammed earth mechanism uses the ramming head to move vertically up and down for ramming. When ramming earth, it will be affected by the vertical The stress in the vertical direction leads to a large amplitude and poor stability. At the same time, when the existing ramming machine encounters potholes or convex roads during ramming, the force direction is unstable due to its unstable direction, which makes it extremely unstable. It is easy to cause the equipment to fall, making the use of the equipment unstable, so the emergence of a high-stability tamping machine for construction is imminent

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