Volume measurement filling machine

Abstract

The invention relates to a volume measurement filling machine. The volume measurement filling machine comprises a machine base case, a feeding device, a metering device, a volume adjusting device, a material impacting device and a juice supplying device, wherein the feeding device comprises a quantitative storage hopper, a hopper cover which is arranged at the upper end of the quantitative storage hopper and provided with a material level meter and a feed inlet, a material receipting hopper which is arranged on the upper surface of the hopper cover and connected with the feed inlet, a conical port which has a big upper part and a small lower part and connected to the lower end of the quantitative storage hopper, a feeding screw rod which passes through the hopper cover and is stretched into the conical port, a stirrer arranged in the quantitative storage hopper, a screw rod driven motor connected with the feeding screw rod, and a stirring driven motor connected with the stirrer. The volume measurement filling machine has reasonable design and cost, is convenient to operate and control and is particularly convenient to clean and maintain in daily life. Tests show that each performance index of the volume measurement filling machine is accordant with the food package technical norm or standard.

Description

technical field [0001] The invention relates to packing process equipment, in particular to a volume metering packing machine. Background technique [0002] At present, in the field of food packaging for pickled vegetables, the application of fully automatic packaging filling technology is relatively behind other food packaging filling technologies; in the market, artificial filling methods still dominate in the packaging of pickles and pickled vegetables, that is, materials generally use manual packing. The way of filling and measuring and weighing enters the packaging and sealing system, which not only has low production efficiency, high production cost, and difficult to guarantee hygienic conditions, but also is not conducive to the automatic control of the production line, and hinders the development of packaging technology to a certain extent. [0003] For this reason, in recent years, people in the industry have researched and developed an automatic filling mechanism. ...

AI Technical Summary

Problems solved by technology

[0002] At present, in the field of food packaging for pickled vegetables, the application of fully automatic packaging filling technology is relatively behind other food packaging filling technologies; in the market, artificial filling methods still dominate in the packaging of pickles and pickled vegetables, that is, materials generally use manual packing. The way of filling and measuring and weighing enters the packaging and sealing system, which not only has low production efficiency, high production cost, and difficult to guarantee hygienic conditions, but also is not conducive to the automatic control of the production line, which hinders the development of packaging technology to a certain extent

[0003] For this reason, in recent years, people in the industry have researched and developed an automatic filling mechanism. However, there is still a contradiction between metering and efficiency in the application of this mechanism, that is, when the working efficiency of the packing structure is improved, the material metering time will be greatly increased. error; and to ensure the accuracy of measurement and weighing, it is bound to slow down the working speed of the filling mechanism

It can be seen that such contradictions restrict the development of the current packaging technology, therefore, there is an urgent need to improve this automatic filling structure

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