Push stabilizing mechanism for forklift

Abstract

The invention discloses a push stabilizing mechanism for a forklift. The push stabilizing mechanism comprises a rear support assembly, a front push board assembly, push mechanisms, pallet forks and downward pressing mechanisms. One end of each push mechanism is hinged to the rear support assembly and the other end of each push mechanism is hinged to the front push board assembly. At least two pallet forks are arranged, one end of each pallet fork is connected with the rear support assembly through bolts, and the other end of each pallet fork extends to the position below the front push board assembly. The rear support assembly comprises multiple hollow rod assemblies which are vertically arranged. Each hollow rod assembly comprises a first hollow rod and a second hollow rod which are arranged symmetrically. The push stabilizing mechanism further comprises the multiple downward pressing mechanisms. The downward pressing mechanisms comprise pressing rod assemblies, first movable rods, second movable rods, pressing boards and pressing oil cylinders. The push stabilizing mechanism has the adaptability to forked goods, good in stabilization, convenient to machine and assemble, capable of easily controlling the overall flatness of the pallet forks, convenient to detach and install, short in machining time, small in material consumption, optimal in performance and durable.

Description

technical field [0001] The invention relates to special attachments for forklifts for industrial vehicles, in particular to a push-out stabilization mechanism for forklifts. Background technique [0002] When the existing forklifts fork the goods, they often fork the goods on the forks through their own load-bearing capacity. The goods are easy to fall from the forks during transportation, and the stability of the forks is poor. Secondly, the fork is usually welded to the rear bracket assembly, which is lacking in processing, assembly and overall flatness. Moreover, most of the forks in the past were round bar forks. When picking up goods with a round bar fork, the force surface of the fork was small, easy to break, and poor in stability and adaptability. Again, its left and right side shift sliding mechanisms of the existing side shifter are recycled, and the durability is relatively poor, resulting in a short maintenance period after use, and the user will pay more for sp...

AI Technical Summary

Problems solved by technology

[0002] When the existing forklifts pick up the goods, they often fork the goods on the fork through the fork's own load-bearing capacity. During the transportation, the goods are easy to fall from the fork, and the stability of the fork is poor.

Secondly, the fork is usually welded to the rear bracket assembly, which is lacking in processing, assembly and overall flatness

Moreover, most of the forks in the past were round bar forks. When using a round bar fork to fork goods, the force bearing surface of the fork is small, easy to break, and the stability and adaptability are poor.

Thirdly, the left and right side shift sliding mechanisms of the existing side shifter are recycled, and the durability is poor, resulting in a short maintenance period after use, and the user has to pay more for spare parts and maintenance

Images