All-electric driven concrete laser leveler

Abstract

The invention discloses an all-electric driven concrete laser leveler. The all-electric driven concrete laser leveler comprises a vibrating plate module, a scraping plate module, a pull rod module, a walking mechanism, a central control box, a horizontal sensor, a protective shell, a frame, a control panel, a power generator unit, a caster, a power generator unit bottom plate, a pull rod pin, an electric cylinder pin, a motor protective plate, an electric cylinder, a first connecting rod pin, a second connecting rod pin, a connecting rod welding body, an electric push rod, a third connecting rod pin, an electric cylinder connecting rod, a laser transmitter, a vibrating scraping plate module, a laser receiver and other main parts. As an advanced laser control technology and a computer controlled servo driving technology are adopted in the whole machine and the original hydraulic driving system is replaced with an all-electric driving system, the all-electric driven concrete laser leveler disclosed by the invention has the advantages of high automation degree, high construction efficiency, high accuracy, light weight, simplicity in operation, less construction personnel, low construction cost and so on, and is suitable for places with comparatively small loads, such as terraces laid with double-layer reinforcing meshes, floor terraces and so on.

Description

technical field [0001] The invention relates to floor construction equipment, in particular to an all-electrically driven concrete laser leveling machine for concrete floor and road construction using laser measurement and control and servo drive technology. Background technique [0002] In traditional floor construction, manual formwork is often used, and vibrating rods are used to vibrate and level the floor. Manually operated floors often have disadvantages such as uneven density, poor flatness, and low operating efficiency. At present, a hydraulically driven fully electric concrete laser leveling machine has appeared on the market, which has greatly improved the efficiency and flatness of floor construction, and significantly reduced the number of workers. However, the hydraulic equipment is heavy. Even the portable machines are about 400kg, and the large ones are as many as several tons. Because the fuselage is too heavy, their construction range is narrow, and they can...

AI Technical Summary

Problems solved by technology

However, the hydraulic equipment is heavy. Even the portable machines are about 400kg, and the large ones are as many as several tons. Because the fuselage is too heavy, their construction range is narrow, and they cannot be applied to double-layer steel mesh floors and multi-layered steel mesh floors. Floor construction of multi-storey building

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