Novel turbine

Abstract

The invention provides a novel turbine. The novel turbine comprises a shaft, a plurality of turbine units and a cylindrical shell, wherein the turbine units are arranged in parallel and are installed on the shaft; a closed cavity is formed inside the cylindrical shell and is divided into a plurality of grooves in the axial direction, the turbine units are correspondingly installed in the grooves, and every two adjacent grooves communicate with each other through channels formed in the exterior of the cylindrical shell; the cylindrical shell is provided with an energy inlet and an energy outlet, the energy inlet communicates with the groove in the head end, and the energy outlet communicates with the groove in the tail end. The novel turbine is simple in structure and convenient to install; the energy lost in the previous turbine unit can be recycled again, and therefore the energy utilization rate can be increased; the turbine is of a closed structure, and therefore water or stem entering the turbine structure can fully push turbine blades to rotate, the energy loss can be lowered to the minimum degree, and the acting efficiency of the water or the steam can be improved. The novel turbine can be used for hydroelectric power generation or steam power generation.

Description

technical field [0001] The invention relates to a novel turbine and belongs to the technical field of turbines. Background technique [0002] There are two types of traditional water turbine turbine structures, one is counterattack type and the other is impact type. The impact type is that water flows away from between the blades to drive the water wheel to rotate; the impact type is that water impacts the water wheel. Due to the large gap between the impact water wheel and the lower part of the casing, the water rushes to the water wheel and falls into the lower drain, causing water and other energy substances to flow away from between the turbine blades and the casing, resulting in loss and waste of energy. [0003] Steam turbines are produced with densely packed fan blades, which are expensive to maintain and difficult to maintain. Steam flows from between the fan blades, driving the turbine rotor to rotate, and steam flows from between the fan blades, resulting in energ...

AI Technical Summary

Problems solved by technology

Due to the large gap between the impingement water wheel and the lower part of the shell, the water rushes to the water wheel and falls into the lower drain port, causing water and other energy substances to flow away from the gap between the turbine blades and the shell, resulting in loss and waste of energy

[0003] Steam turbines are produced with densely packed blades, which are expensive and difficult to maintain. Steam flows between the blades, driving the rotor of the steam turbine to rotate, and steam travels between the blades, resulting in energy loss

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