Straw flocculant conveying and reciprocating lifting device and method using block chain technology

Abstract

The invention discloses a straw flocculant conveying and reciprocating lifting device and method using a block chain technology. A sliding door comprises a sliding door shaft, shaft supports, a sliding door buckle, a vertical slider, a vertical slideway, a wedge guard, an arc-shaped panel, reinforcing ribs and a panel radian regulator. The sliding door shaft on the top is rotationally connected with the two shaft supports at the lower portion. The shaft supports are connected with the reinforcing ribs. The arc-shaped panel is arranged at the lower portions of the reinforcing ribs. The radian of the arc-shaped panel is controlled by the panel radian regulator. The arc-shaped design is adopted for an upper edge port of a telescopic bin, the wedge guard is arranged on one side of the upper edge port of the telescopic bin, the sliding door buckle is arranged on the other side of the upper edge port of the telescopic bin, the sliding door buckle is fixedly connected with the lower verticalslideway, the vertical slider is fixed to the telescopic bin, and the vertical slideway can only slide in the vertical direction of the vertical slideway under the limitation of the vertical slider. The straw flocculant conveying and reciprocating lifting device using the block chain technology is novel and reasonable in structure, wide in regulation range, wide in application range and convenientto use, improves efficiency and reduces labor intensity.

Description

technical field [0001] The invention belongs to the field of straw flocculant equipment, and in particular relates to reciprocating lifting equipment and a method for transporting straw flocculants using block chain technology. Background technique [0002] Under the existing technical conditions, the same technology as the equipment of the present invention in the production of solid straw flocculants has not yet matured, and its traditional technology and treatment methods are backward, with high treatment costs and low transportation efficiency, mainly reflected in the lack of height adjustment. Some vertical adjustment holes and clamped column mechanisms are not equipped with slideway buffers, damping flywheels, flywheel brakes and other related systems for the buffering effect of high-speed sliding objects, and there are no slope adjustment plates and slope detection necessary for height adjustment. There is no instrument equipment, and there are no sliding doors, unloa...

AI Technical Summary

Problems solved by technology

[0002] Under the existing technical conditions, the same technology as the equipment of the present invention in the production of solid straw flocculants has not yet matured, and its traditional technology and treatment methods are backward, with high treatment costs and low transportation efficiency, mainly reflected in the lack of height adjustment. Some vertical adjustment holes and clamped column mechanisms are not equipped with slideway buffers, damping flywheels, flywheel brakes and other related systems for the buffering effect of high-speed sliding objects, and there are no slope adjustment plates and slope detection necessary for height adjustment. Instrument equipment, without the sliding door, unloading door and telescopic mechanism that should be installed in the warehouse

[0003] The most important thing is: how to use the blockchain theory to guide and apply it in logistics transmission, especially in the production and transmission of solid straw flocculants. This technology has not yet matured

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