Stabilizing mechanism used for lifting platform

Abstract

The invention discloses a stabilizing mechanism used for a lifting platform. The mechanism comprises a fixing rack, a copper alloy graphite sliding block is mounted on the fixing rack, the copper alloy graphite sliding block comprises a bronze base material, multiple round holes are formed in the bronze base material according to grid arranging, lubricating agents are cured on the round holes, andare composed of graphite, MoS2 and a binding agent, the stabilizing mechanism uses self lubricating and corrosion resistance of the graphite to reinforce up and down lifting stability of a movable equipment assembly in the fixing rack, and adaptation to the dust pollution and high-temperature severe environment in the low-speed heavy-load occasions.

Description

technical field [0001] The invention relates to the technical field of lifting, in particular to a stabilizing mechanism for a lifting platform. Background technique [0002] The supply of apron ground services mainly includes: aircraft power supply, air supply, air conditioning, fuel, sewage treatment, clean water and aviation food, etc., and most domestic airports currently use a variety of special vehicles to guarantee the supply of the above resources. This kind of support system has great safety disadvantages. Various large-scale equipment are used for aircraft support at the same time and on the same apron bridge. , there is a greater potential safety hazard; secondly, various large-scale special fuel vehicles shuttle back and forth on the apron will definitely bring certain environmental pollution to the apron, and the extensive use of such equipment will also cause high cost and low efficiency , high operating and management costs. [0003] Therefore, the applicant...

AI Technical Summary

Problems solved by technology

This kind of guarantee system has great safety disadvantages. Various large-scale equipment are used for aircraft support at the same time and at the same apron bridge location. , there is a greater potential safety hazard; secondly, various large-scale special fuel vehicles shuttle back and forth on the apron will definitely bring certain environmental pollution to the apron, and the extensive use of such equipment will also cause high cost and low efficiency , high operating and management costs

[0003] Therefore, the applicant designed a vehicle-free service system on the airport ground, which can abandon the potential safety hazards and cost problems caused by traditional large-scale special fuel vehicles shuttling back and forth on the apron. The test of the stability of the lifting platform is particularly important. The conventional method is to use grease lubricants on the sliding parts, but this will undoubtedly cause contamination of the sliding parts and dust adhesion, thereby increasing maintenance costs, and moving equipment components in the case of high temperature and foreign objects The lifting will bring great safety hazards

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