Vibration device for filling materials in container

Abstract

The invention discloses a vibration device for filling materials in a container. The vibration device solves the technical problem that effective filler tamping through vibration cannot be conducted on a large-volume container or a new pore is generated after a vibrator is taken out of the container at present. The vibration device is characterized in that the vibration device comprises a vibration platform and a fixed base, wherein a plurality of support springs are arranged between the vibration platform and the fixed base; a lower positioning piece and an upper positioning piece that are fixed on the upper surface of the fixed base and on the lower surface of the vibration platform are arranged at the two ends of each support spring; the support springs are fixedly provided with positions by the corresponding lower positioning pieces and the upper positioning pieces, and flexibly support the vibration platform on the fixed base; a vibration motor is hung on the lower surface of the vibration platform; and a container positioning structure is arranged on the vibration platform. The vibration device allows filling particulates in the container to be filled compactly through vector forces in multiple directions generated when the vibration motor and the support springs vibrate, and the effect is obvious.

Description

technical field [0001] The invention relates to the technical field of vibrating devices, in particular to a vibrating device for densely filling granular materials in containers. Background technique [0002] When filling granular materials in cylindrical containers, in order to pack the filled particles tightly, it is often necessary to vibrate the cylinder. Smaller cylinders are easier to solve, but larger cylinders are relatively troublesome. For example Molecular sieve adsorption cylinders for oxygen production, activated carbon fiber adsorption cylinders for absorbing industrial waste gas, etc. These adsorption cylinders usually have a diameter of 0.3-1 meters and a height of about 1-1.5 meters should be loaded with about 1-3 tons of particles filler. At present, there are three traditional methods: one is to manually beat the cylinder with a hammer, which requires a lot of manpower and time, and the hammer force is often relatively too small, and the particles in the...

AI Technical Summary

Problems solved by technology

[0002] When filling granular materials in cylindrical containers, in order to pack the filled particles tightly, it is often necessary to vibrate the cylinder. Smaller cylinders are easier to solve, but larger cylinders are relatively troublesome. For example Molecular sieve adsorption cylinders for oxygen production, activated carbon fiber adsorption cylinders for absorbing industrial waste gas, etc. These adsorption cylinders usually have a diameter of 0.3-1 meters and a height of about 1-1.5 meters should be loaded with about 1-3 tons of particles filler

At present, there are three traditional methods: one is to manually beat the cylinder with a hammer, which requires a lot of manpower and time, and the hammer force is often relatively too small, and the particles in the cylinder are not dense enough; the other is to use a vibrating rod Insert it in the middle of the filled particles in the cylinder. This method will vibrate the filled particles, and after the vibration is completed, the vibrating rod needs to be pulled out. At this time, the already filled filling particles will be replenished into the extracted space of the vibrating rod. , so that the filling particles in the upper layer cannot reach a relatively saturated and compact state; another is to tie the vibration motor to the cylinder to vibrate. This method is easy for the motor to fall off, which is less safe, and the vibration amplitude is small. degree is not high

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