Magnetic suspension soft-sealing tubular belt conveyor manufacturing process method and water delivery power generation device

Abstract

The invention relates to a magnetic suspension soft-sealing tubular belt conveyor manufacturing process method and a water delivery power generation device, and belongs to the field of tubular belt liquid conveying. A system can convey water from a low position to a steel structure frame body water tank or a reservoir at a high position of a high mountain for afforestation of barren mountains in a long distance without limitation, can convey solid materials such as superfine powder and the like, can also achieve multi-stage multi-unit water storage power generation by utilizing the fall, is an upgrading and updating product of a multi-stage pumping station, can be in butt joint with various pressure-resistant water pipes for installation and use, thoroughly changes the traditional process of complex water pumping engineering, large investment and high cost of the traditional multi-stage pumping station, and provides an effective way for large-area rapid afforestation of the barren mountains and distributed power generation. The construction speed is high, the occupied area is small, the requirement on a water source is not strict, compared with traditional water pumping and water storage power generation, the efficiency is improved by 2-4 times, the investment is reduced by more than 30%, ecology is not destroyed, and the system is clean, environmentally friendly, low in cost, high in efficiency and good in benefit.

Description

technical field [0001] The invention relates to a manufacturing process method of a magnetic levitation soft-sealed pipe conveyor and a water delivery power generation device, belonging to the field of water transmission and storage power generation of a new pipe conveyor. Background technique [0002] There are many conveying methods for conveying materials, such as tube type, belt type, bucket type, etc. The purpose is to convey materials including solid and liquid from one end to the other end, or from the low end to the high end, mostly solid materials Mainly, liquid material transportation requires high difficulty. Usually, liquid transportation is mainly based on closed pipeline transportation, such as ordinary pump pumping, high-pressure vacuum pump pumping water storage, etc., which are general technologies for pumped storage power generation, but their investment efficiency is high. Low process complexity; there is another type that uses water towers and water tanks...

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Problems solved by technology

[0003] The present invention proposes a magnetic levitation soft-sealed pipe-belt conveyor manufacturing process and a water-conveyance power generation device, aiming at the disadvantages of current various pipe-belt conveyors, such as large resistance, slow speed, and poor sealing, which can only transport solid materials but not liquids. , and the high power consumption and low efficiency of pumping and storing water, it is the first time to propose the use of various types of pipe belt conveyors to improve. *Thickness=100~300*30~10~80*3~8mm magnetic strips are placed in the middle of the belt along the long direction to form one or several composite magnetic strip conveyor belts with the same pole (such as N pole) according to the design requirements; Two groups of Ru-Fe-B permanent magnets with the same polarity corresponding to the left and right are installed on the inner side of the steel structure support frame of the tube belt machine. The specifications are determined according to the diameter of the tube belt machine. When the circle enters the forward movement of the hype

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