A simple unfolding water conservancy boat

Abstract

The invention discloses a simple folding water conservancy ship. The simple folding water conservancy ship is characterized in that a hull is hinged to a left bow floating block, a right bow floating block, a left stern floating block and a right stern floating block by hinges, and the bottom of the hull is movably connected with the bottom of the left bow floating block, the bottom of the right bow floating block, the bottom of the left stern floating block and the bottom of the right stern floating block by opening devices to form opening mechanisms; water wheel devices are respectively arranged on two sides of the middle rear of the hull; water vane covers are respectively fixed to two sides of the hull and correspond to the water wheel devices, bases of a sunshade device are fixed to the upper side of the middle of the hull, and elastic pulling strips of the sunshade device are tightly hooked with pulling retaining rings. The simple folding water conservancy ship has the advantages that longitudinal area buoyancy of the ship can be increased by the opening devices, the simple folding water conservancy ship is good in stability, and the shortcoming of rollover due to insufficient longitudinal buoyancy of the traditional ships can be effectively overcome; the simple folding water conservancy ship is simple in structure and is small, the water wheel devices are used as driving sources, and accordingly the simple folding water conservancy ship can easily advance, retreat, turn a corner and turn round and is particularly suitable to work on small water surfaces.

Description

technical field [0001] The invention relates to a ship device, in particular to a simple unfolding ship suitable for water conservancy projects, which belongs to the technical field of ship equipment. Background technique [0002] Ships currently used in water conservancy projects mainly include engineering ships, motorized speedboats and paddle boats. The disadvantages of engineering ships are bulky size and poor flexibility. This type of ship is generally used in large reservoirs, rivers, and oceans to handle salvage, engineering construction, scientific research and other work; the disadvantages of motorized speedboats are their high degree of automation and high power. The one-time investment cost is high, and its stability and seakeeping are weak; however, the disadvantages of paddling boats are small size, poor stability, and poor seakeeping. Direct sunlight, poor comfort. Contents of the invention [0003] In order to solve the above problems, the present inventio...

AI Technical Summary

Problems solved by technology

The disadvantages of engineering ships are bulky size and poor flexibility. This type of ship is generally used in large reservoirs, rivers, and oceans to handle salvage, engineering construction, scientific research and other work; the disadvantages of motorized speedboats are their high degree of automation and high power. The one-time investment cost is high, and its stability and seakeeping are weak; however, the disadvantages of paddling boats are small size, poor stability, and poor seakeeping. Direct sunlight, poor comfort

Images