Novel transfer equipment capable of improving hanging operation capacity of airplane

Abstract

The invention discloses novel transfer equipment capable of improving the hanging operation capacity of an airplane. The transfer equipment comprises a transfer trolley, a chassis truck, a switching device and a first lifting device, wherein a second lifting device is arranged on the upper surface of the transfer trolley, the switching device is arranged on the upper surface of the second liftingdevice, at least four first guide rails extending in the direction parallel to the moving direction of the transfer trolley are arranged on the upper surface of the second lifting device, the first guide rails are arranged in parallel at intervals, the switching device comprises at least two switching plates which are arranged side by side in the direction parallel to the moving direction of the transfer trolley, at least two sliding grooves extending in the direction parallel to the moving direction of the transfer trolley are formed in the lower surface of each switching plate, and the firstguide rails correspondingly extend into the sliding grooves respectively. The novel transfer equipment has the advantages that loaded objects can be smoothly transferred to the chassis truck by utilizing butt joint between the transfer trolley and the chassis truck, the lifting device is used for hanging, a crane is not needed in the hanging process, trouble and labor are saved, the hanging efficiency is high, and the hanging precision and accuracy can be guaranteed.

Description

technical field [0001] The invention relates to the field of aircraft mounting and loading, in particular to a novel transfer device for improving the operational capacity of aircraft mounting. Background technique [0002] The aircraft needs to quickly mount a large number of payloads to meet the needs of fast flight missions. At present, there are many links in the hanging operation. The load is hoisted to the transfer vehicle in the warehouse, hoisted from the transfer vehicle to the concrete floor 50 meters away from the aircraft, and then moved to the bottom of the aircraft by the ground personnel for hanging; the existing hanging method cannot To transfer the load directly to the mounting device, it is necessary to use a crane to transfer the load to the ground, and then manually use the crane to mount it, and the hanging sling can only be hoisted individually, and the loading weight is very large. There are many outstanding problems in the current mounting method, 1....

AI Technical Summary

Problems solved by technology

At present, there are many links in the hanging operation. The load is hoisted to the transfer vehicle in the warehouse, hoisted from the transfer vehicle to the concrete floor 50 meters away from the aircraft, and then moved to the bottom of the aircraft by the ground personnel for hanging; the existing hanging method cannot To transfer the load directly to the mounting device, it is necessary to use a crane to transfer the load to the ground, and then manually use the crane to mount it, and the hanging sling can only be hoisted individually, and the loading weight is very large

There are many outstanding problems in the current mounting method, 1. Manual mounting requires the assistance of multiple people, and the mounting efficiency is low; 2. There is a risk of breaking the sling during the mounting process, resulting in damage to the load; 3. There is a drop of the load Human risk; 4. The labor intensity of adjusting the load is high

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