Anti-rollover mechanism of rail carrier loader

Abstract

The invention discloses an anti-rollover mechanism of a rail carrier loader. The anti-rollover mechanism of the rail carrier loader comprises a rail and a carrier loader walking on the rail, wherein the carrier loader comprises a frame, walking motors and walking wheels; the two pairs of walking wheels are installed at the bottom of the frame; the two walking motors are symmetrically installed atthe rear part of the frame; and each walking motor is in transmission connection with the corresponding walking wheel through a transmission shaft. According to the anti-rollover mechanism of the railcarrier loader provided by the invention, an eccentric wheel can be controlled to be engaged with or disengaged from the side face of the rail through an electric air cylinder, namely, the eccentricwheel is separated from the rail in the walking process of the carrier loader, so that the normal operation of the carrier loader is guaranteed; the eccentric wheel is engaged with the rail in the cargo transferring process of the carrier loader, and an annular groove in the circumference of the eccentric wheel is locked with the side face of the rail, so that even if the gravity center of the carrier loader deviates, the carrier loader can be effectively prevented from rolling over, the occurrence of the phenomenon that goods on the carrier loader fall off so as to be damaged and even injureworkers is avoided, and the safety in storing and taking the goods is improved.

Description

technical field [0001] The invention relates to an anti-rollover mechanism of a rail vehicle, belonging to the technical field of logistics equipment. Background technique [0002] At present, in the three-dimensional logistics warehouse, the delivery and storage of goods are generally carried out by the carrier vehicle. During the process of accessing the goods, the carrier vehicle walks on the track of the three-dimensional logistics warehouse in a reciprocating or looping manner. However, when the transport vehicle transports the goods to the designated cargo space or connects the goods, due to the heavy weight of some goods, during the process of moving the goods to or from the cargo space or the hoist by the telescopic pick-up and delivery device on the transport vehicle, The center of gravity of the vehicle gradually deviates, which may easily cause the vehicle to roll over, cause the goods to fall and be damaged, or even injure the staff, posing a great safety hazard....

AI Technical Summary

Problems solved by technology

However, when the transport vehicle transports the goods to the designated cargo space or connects the goods, due to the heavy weight of some goods, the goods are transported by the telescopic pick-up and delivery device on the transport vehicle to or from the cargo space and the hoist. The center of gravity of the vehicle gradually deviates, which will easily cause the vehicle to roll over, cause the goods to fall and be damaged, or even injure the staff, posing a great safety hazard

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