Stirring Vessels and Stirring Devices

Abstract

The invention discloses a stirring container and a stirring device. The stirring container includes a bucket body and a plurality of stirring pieces. The barrel body defines an inner edge surface, an outer edge surface, a central axis, a first opening and a second opening, the first opening and the second opening are respectively located at both ends of the central axis; the stirring blade is fixed inside the barrel body On the edge surface, the stirring piece extends from the first opening to the second opening, and the extending direction of the stirring piece is oblique relative to the central axis. The stirring device includes a stirring container as mentioned above, a supporting structure and a rotating module. The supporting structure is connected to the outer edge of the barrel so that the stirring container is rotatable, and the supporting structure covers the second opening; the rotating module is connected to the outer edge of the barrel to rotate the stirring container. Thereby, the stirring container and the stirring device can provide better stirring effect.

Description

technical field [0001] The invention relates to a container and a device using the container, in particular to a stirring container for stirring substances, and a stirring device using the stirring container. Background technique [0002] Among the existing stirring containers and stirring devices, some are applied to the stirring of solid, liquid or gaseous substances. Among them, the particles of liquid and gaseous substances have a relatively large degree of freedom. In many cases, they can mix themselves without external force, or even only given Stirring in one direction can also achieve sufficient mixing due to convection, so it is relatively easy to apply to the design of liquid or gaseous fluid substances. [0003] Compared with gas, liquid or gaseous substances, the biggest problem to be overcome in the stirring of solid substances is: how to fully mix or move solid substances? [0004] Since the particles of solid matter will not move when not subjected to externa...

AI Technical Summary

Problems solved by technology

However, a larger accommodating space means that there is a larger gap between the container and the stirring plate, so that more particles are missed in the gap without being stirred by the stirring plate, and it is still difficult to fully stir the solid matter.

On the other hand, a larger stirring plate may make the particles move in a single direction of stirring, or even make all the particles be driven by the stirring plate at the same time, but lose the effect of stirring

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