Unit half-hoisting and half-overside landing method of ship unloader

Abstract

The invention discloses a unit half-hoisting and half-overside landing method of a ship unloader, which comprises the following steps: barge docking and floating crane hoisting, unit assembling of thefloating crane, unit assembling translation of the whole floating crane, a front girder of the ship unloader flatting, and towing of the ship unloader. The invention has the advantages that the well-debugged whole machine can be directly landed to a user dock and provides the production service for a user after being electrified and slightly debugged, a great deal of materials and manpower for final assembly on the spot are saved, the landing efficiency of the whole machine is improved, and the cost is saved.

Description

Technical field: [0001] The invention relates to a half-lifting and half-barge landing method for a complete ship unloader. Background technique: [0002] The overall landing of the ship unloader is one of the most important links in the delivery of the whole machine. Since the traditional site is inconvenient to land the whole machine at one time, the whole machine will be divided into several parts and assembled on site at the user's wharf. It requires a lot of manpower and equipment resources, not only requires a huge amount of other equipment costs, but also because the final assembly takes a long time, it needs to occupy the user's dock for a long time, which will affect the user's production, and the post-commissioning time will be correspondingly extended. Invention content: [0003] The purpose of the present invention is to overcome the above deficiencies, to provide a machine that can be debugged directly ashore to the user's wharf, as long as it is energized and...

AI Technical Summary

Problems solved by technology

[0002] The overall landing of the ship unloader is one of the most important links in the delivery of the whole machine. Since the traditional site is inconvenient to land the whole machine at one time, the whole machine will be divided into several parts and assembled on site at the user's wharf. It requires a lot of manpower and equipment resources, not only need to spend a huge amount of equipment and other costs, but also because the final assembly takes a long time, it needs to occupy the user's dock for a long time, which will affect the user's production, and the later debugging time will be correspondingly extended