Ultrasonic vibration bottle-rolling device

Abstract

The ultrasonic vibration bottle-rolling equipment includes a tank body, a rolling mechanism and an ultrasonic vibrator device; said tank interior can be used for receiving liquid, and can be formed into a closed space, and its top is equipped with an upper cover, the rolling mechanism is positioned in the upper portion of said tank body, and can be used for driving a circular rolling bottle and making it rotate, said ultrasonic vibrator device is placed in the interior of tank body, and uses the liquid in the interior of tank body as medium to provide ultrasonic vibration effect for rolling bottle.

Description

technical field [0001] The invention relates to an ultrasonic oscillating roller bottle device, in particular to a uniform mixing device for liquid or solid raw materials, in particular to an ultrasonic oscillating roller bottle device capable of mixing materials under ultrasonic vibration conditions. Background technique [0002] Such as figure 1 As shown, the application of the generally known roller bottle machine 1a is to put a plurality of liquid or solid raw materials to be mixed into a sealable circular roller bottle 10a, and then place them in parallel in two phases of the roller bottle machine 1a. A motor 12a drives the two rollers 11a to rotate, so that the round roller bottle 10a can roll together, so that the raw materials in the round roller bottle 10a can be mixed evenly. However, the application of the current roller bottle machine 1a can only provide for the purpose of mixing uniformly, and cannot provide other modes of ultrasonic vibration operation; Or in...

AI Technical Summary

Problems solved by technology

However, the current application of the bottle roller machine 1a can only provide for the purpose of uniform mixing, and cannot provide other methods of ultrasonic vibration operation; Or in order to speed up the dissolution of the solute into the solution, the general traditional approach has the following two

[0003] One, put the ultrasonic oscillator in the solution for operation, and then stir and mix with a stirring device, or carry out with a homogeneous mixer, but this method can only meet the requirements of a small amount of preparation, and it is not suitable for mass production in industry. It needs to be discussed; in addition, this method exposes the preparation solution to the environment. If it is necessary to seal the solution preparation, other complicated accessories need to be installed, which is not conducive to the operation

[0004] The second is to place the solution in an airtight container and then place it in a so-called ultrasonic vibration tank for ultrasonic vibration operation, but this method will cause the solution to be carried out under static conditions, and it is impossible to perform uniform mixing operations at the same time

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