Ten-station flour packing machine

Abstract

The invention discloses a ten-station flour packing machine which comprises a working platform, a bag supplying mechanism, a packing bag detection mechanism, a bag opening mechanism, an opening detection mechanism, two filling machines, a dust collector, a sealing machine and an output conveyor belt. A center transposition mechanism is arranged at the center of the working platform. The packing bag detection mechanism, the bag opening mechanism, the opening detection mechanism, the filling machines, the dust collector, the sealing machine and the output conveyor belt are mounted on the workingplatform and are successively arranged around the center transposition mechanism. The bag supplying mechanism is located on one side of the working platform and faces a position between the packing bag detection mechanism and the output conveyor belt. A vacancy is reserved between the packing bag detection mechanism and the output conveyor belt. The ten-station flour packing machine is compact instructure and small in occupied space, and can achieve automatic filling. By arranging the two filling machines: one is used and the other is standby. When one of the filling machines fails, the other filling machine can be started immediately to replace the failed filling machine, and the failed filling machine is maintained specially during stop production for maintenance, so that normal production is not affected.

Description

technical field [0001] The invention relates to the technical field of powder filling, in particular to a ten-station flour packaging machine. Background technique [0002] With the development of technology, filling and packaging machines are becoming more and more mature, customer demand is also increasing, and the degree of automation of filling and packaging machines is continuously improving. To achieve automation of filling and packaging machines, each station needs to be automated, so that each station can To cooperate, each station should reduce the failure rate and reduce the error, otherwise the failure of one station will cause the whole machine to fail to work normally. [0003] Moreover, at present, most packaging machines still use manual bag support in the bag support part, which requires an automated bag support mechanism. When the bag support mechanism needs to be adjusted, it needs to be shut down and disassembled and adjusted manually, which is very troub...

AI Technical Summary

Problems solved by technology

[0002] With the development of technology, filling and packaging machines are becoming more and more mature, customer demand is also increasing, and the degree of automation of filling and packaging machines is continuously improving. To achieve automation of filling and packaging machines, each station needs to be automated, so that each station can Cooperate, each station should reduce the failure rate and error, otherwise the failure of one station will cause the whole machine to fail to work normally

[0003] Moreover, at present, most packaging machines still use manual bag support in the bag support part, which requires an automated bag support mechanism. When the bag support mechanism needs to be adjusted, it needs to be shut down and disassembled and adjusted manually, which is very troublesome

[0004] The bag feeding device of the existing packaging machine has a complex structure and large size, and the bag feeding mechanism takes up too much space, which reduces the station settings of the packaging machine. In addition, the current bag inventory is small and cannot be directly connected with the packaging machine, resulting in packaging Low degree of machine automation and low work efficiency

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