Material sub-packaging machine

Abstract

The invention discloses a material sub-packaging machine. The material sub-packaging machine comprises a rack, a vibrating mechanism, a weighing mechanism, a baffle turn-over mechanism, a material storage hopper and a buffering hopper. The vibrating mechanism is connected in the rack and comprises a vibration driving unit and a vibrating disk, and a discharging port is formed in the vibrating disk. The weighing mechanism is connected in the rack and comprises a weighing hopper with an inlet and an outlet, and the inlet of the weighing hopper corresponds to the discharging port. The baffle turn-over mechanism is connected in the rack and comprises a push-pull electromagnet and a baffle in transmission connection with the push-pull electromagnet, and the baffle is rotationally connected to the outlet of the weighing hopper. The material storage hopper is connected to the rack and located above the vibrating disk. The buffering hopper is detachably connected to the vibrating disk and located between the material storage hopper and the vibrating disk. More materials can be placed in the material storage hopper, because the buffering hopper is arranged, the material sub-packaging machine can be fully automatic, materials can be fed into the material storage hopper continuously, the trouble for attending the material storage hopper manually to prevent material accumulation is saved, and the production efficiency is greatly improved.

Description

technical field [0001] The invention relates to a material dispensing machine. Background technique [0002] China Patent Application No. 200920151324.X discloses an automatic metering machine. The vibrating bucket is in the shape of a disc. There is a slot on the side of the weighing bucket. The involute expands outward, and the movement direction of the material in the vibrating bucket is to move tangentially upward along the track and enter the weighing bucket. Although the track can discharge materials of various shapes and special shapes into the weighing hopper, there are too many layers, and the vibrating bucket needs to rotate repeatedly for more circles to make the materials leak into the measuring hopper, and the width of the track is not wide enough. During the rotation of the vibrating bucket, it is easy to cause the material to fall, and the material needs to return to the track again, and the vibrating bucket needs to rotate more times repeatedly, which not on...

AI Technical Summary

Problems solved by technology

Although the track can discharge materials of various shapes and special shapes into the weighing hopper, there are too many layers, and the vibrating bucket needs to rotate repeatedly for more circles to make the materials leak into the measuring hopper, and the width of the track is not wide enough. During the rotation of the vibrating bucket, it is easy to cause the material to fall, and the material needs to return to the track again, and the vibrating bucket needs to rotate repeatedly for more circles, which not only causes slow measurement and packaging, but also consumes more power

And for bulky materials, the vibrating plate can only hold a small amount of materials, which requires manual and continuous material addition, which is low in efficiency and high in cost

Images