Light ultrahigh-speed stacking machine

Abstract

The invention discloses a light ultrahigh-speed stacking machine. Two bottom beams are included. The light ultrahigh-speed stacking machine is characterized in that the two bottom beams are arranged on the two sides of the middle portion of an aluminum alloy ground rail correspondingly; two stand columns are symmetrically arranged at the upper portions of the bottom beams, a cargo carrying table is arranged above the middles of the bottom beams and arranged between the two stand columns, a pallet fork is arranged on the front side of the cargo carrying table, a top beam is arranged on the topsof the two stand columns, and guide wheel sets are arranged on the two sides of the top beam correspondingly; each guide wheel set comprises two guide wheels; and an electric cabinet box is arrangedat the lower portion of the stand column on the right side, a drive unit is arranged at the lower portion of the stand column on the left side, and two walking wheels are symmetrically arranged on thetwo sides of the bottom beams. Compared with the prior art, the light ultrahigh-speed stacking machine is small in integral mass, the speed is effectively increased, energy consumption is reduced, and safety is improved; noise can be greatly lowered, and the work environment of warehouse personnel is optimized; and single-side drive arrangement is conducted, bottom space occupation can be reduced, and the warehousing density is increased.

Description

technical field [0001] The invention relates to the field of special equipment for logistics storage, in particular to a light ultra-high-speed stacker. Background technique [0002] At present, there are two main types of light-duty high-speed stackers on the market: 1. Synchronous belt drive: The stacker driven by synchronous belt currently uses H-shaped steel as the ground rail; the synchronous belt is placed in the center to drive; the positioning adopts servo motor encoder It is positioned relative to the toothed belt; the upright column, the walking bottom beam, and the loading platform are made of standard steel, which is heavy; 2. Driven by the clamping wheel: the stacker driven by the clamping wheel uses H-shaped steel as the ground rail; the positioning adopts a servo motor The encoder and laser ranging are positioned absolutely, and the speed cannot be too high, otherwise it will slip; the column, walking bottom beam, and cargo platform are made of standard steel,...

AI Technical Summary

Problems solved by technology

[0003] The light stackers on the market have the following disadvantages: 1. The weight of the equipment is more than 2 tons, the power of the equipment is large, and the energy consumption is large; 2. The track and wheel body are made of carbon steel, which is noisy and wears a lot; 3. The synchronous belt drive The speed of the stacker is high, the positioning is relative positioning, and there is instability. The speed of the stacker driven by the friction of the gripping wheel is relatively slow, and the positioning is absolute positioning; 4. The bottom of the synchronous belt drive stacker takes up a lot of space, and the lowest The cargo area is high, which makes the shelf space utilization rate low

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