Material collection equipment and material collection method

Abstract

The invention relates to material collecting equipment and a material collecting method. The material collecting device comprises a rail, a sliding device, a supporting device, at least one collecting box set and a driving device. The sliding device is arranged on the rail and can slide back and forth in the first direction. The supporting device is fixedly arranged on the sliding device. Each collecting box set is supported and installed by the supporting device and can move back and forth in the first direction, each collecting box set comprises at least one collecting box, and a box body of each collecting box is provided with a collecting space, a top opening, a bottom opening and a movable bottom plate. Bag bodies are detachably mounted in the collecting spaces. The driving device is in driving connection with each collecting box set, and drives the collecting boxes to sequentially move to a charging position to collect materials to the bag bodies and sequentially move the collecting boxes to a discharging position to discharge after the materials are collected. The bottom plates are located at the opening position when located at the discharging position so that the bag bodies can slide out through the bottom openings.

Description

technical field [0001] The invention relates to a material collection technology, in particular to a material collection equipment and a material collection method that can be used for high-viscosity distillation residues produced by refining distillation and other processes in pharmaceutical and chemical industries. Background technique [0002] Refining distillation residue is the residual residue of useful components that are fractionated by high temperature heating in the process of chemical production. High-viscosity distillation residue refers to semi-solid or liquid rectification or distillation waste that has a certain fluidity at 60-300 degrees Celsius. When the temperature drops to room temperature, it gradually becomes solid or semi-solid with extremely low fluidity over time. The fine distillation residue has the characteristics of heating to become a semi-solid with high viscosity, easy to adhere to packaging and other objects, and difficult to remove. Accordin...

AI Technical Summary

Problems solved by technology

However, due to its high viscosity, it is difficult to peel off the packaging during disposal

The solid high-viscosity distillation residue sticks together to form a solid block. When it is crushed, it sticks together or sticks to the crusher and blades, causing the crushing equipment to fail to operate.

Disposal of high-viscosity distillation residue has become a common problem in the hazardous waste disposal industry

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