Multi-pipe connecting type pulse-free material conveying hose pump

Abstract

The invention relates to a multi-pipe connecting type pulse-free material conveying hose pump, and belongs to the technical field of material conveying. Specifically, a fixing frame is arranged on a movable trolley, a rotor steel barrel is arranged at the center in the fixing frame, and seal plates are fixed to the two ends of the rotor steel barrel correspondingly. A feeding connecting pipe and adischarging connecting pipe are arranged in the rotor steel barrel. A plurality of rubber hoses are arranged between the feeding connecting pipe and the discharging connecting pipe. Rotation materialguiding bases are fixed to the top and the bottom of the fixing frame. Material guiding pipes are fixed to the seal plates. One ends of the material guiding pipes are inserted in the rotation material guiding bases, material guiding grooves are fixed to the other ends of the material guiding pipes, one end of the feeding connecting pipe and one end of the discharging connecting pipe are insertedin the material guiding grooves correspondingly, and the other ends of the feeding connecting pipe and the discharging connecting pipe are inserted in supporting sleeves. Supporting springs are further arranged in the supporting sleeves. A plurality of vertical supporting beams are fixed to the circumference of the fixing frame. Pressing wheels are fixed to the vertical supporting beams. The multi-pipe connecting type pulse-free material conveying hose pump is simple in structure, reasonable in design, capable of achieving continuous material conveying, uniform in material conveying and high in material conveying efficiency.

Description

technical field [0001] The invention relates to a multi-pipe connection type non-pulse material delivery hose pump, which belongs to the technical field of material delivery. Background technique [0002] At present, in the existing process of conveying wet materials with high solid content and high viscosity, plunger pumps or hose pumps are often used for conveying materials. However, when the plunger pump or hose pump commonly used in the prior art is used to transport wet materials with high solid content and high viscosity, due to the large solid content, high viscosity of the material and the limitation of the pump body structure, when the wet material is transported, there will be Discontinuity, pulsation, uneven feeding and other problems have caused a series of problems such as unusable operations of downstream mixing equipment, large negative pressure fluctuations of processing equipment, and material overflow. Contents of the invention [0003] In order to solve...

AI Technical Summary

Problems solved by technology

However, when the plunger pump or hose pump commonly used in the prior art is used to transport wet materials with high solid content and high viscosity, due to the large solid content, high viscosity of the material and the limitation of the pump body structure, when the wet material is transported, there will be Discontinuity, pulsation, uneven feeding and other problems have caused a series of problems such as unusable operation of downstream mixing equipment or large negative pressure fluctuations of processing equipment and material overflow.

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