Bottle cap directional arraying and positioned stacking production line

Abstract

The invention discloses a bottle cap directional arraying and positioned stacking production line. The bottle cap directional arraying and positioned stacking production line comprises a material feeding and arraying system and a material moving and stacking system; the material feeding and arraying system comprises a conveying device and a first material feeding and guiding passage, a directionalmaterial arraying device and a product sorting device which are sequentially arranged in a conveying direction; the material moving and stacking system comprises a transverse moving device and a quantifying device, a position adjusting device and a stacking device which are sequentially arranged in a material moving direction; the quantifying device is correspondingly arranged at a material outlet end of the product sorting device; and the transverse moving device comprises a first material moving device which is used for reciprocating between the quantifying device and the position adjustingdevice and a second material moving device which is used for reciprocating between the position adjusting device and the stacking device. According to the bottle cap directional arraying and positioned stacking production line, the material feeding and arraying system and the material moving and stacking device are arranged, so that bottle caps can be rapidly and precisely arrayed and packed; working efficiency is greatly improved; manual labor is reduced; and large-scale processing requirements in a limited space can be met.

Description

technical field [0001] The invention relates to the field of bottle cap production, in particular to a directional sorting and positioning stacking production line for bottle caps. Background technique [0002] At present, there are two main packaging methods for domestic bottle caps: bulk packaging and arrangement packing. Among them, the use of bulk packaging can easily cause deformation and damage to the bottle caps due to mutual extrusion, and the utilization rate of packaging space is low; Most of the production lines adopted adopt the method of vibration sorting and integrated boxing, that is, the bottle caps are piled up on the conveying device in a messy manner, and the bottle caps are vibrated and arranged by the vibrating device. During this process, the bottle caps are easily damaged due to collision. Cause deformation and damage, low sorting efficiency, prone to material accumulation, large equipment footprint, and ultimately affect the quality of bottle cap prod...

AI Technical Summary

Problems solved by technology

[0002] At present, there are two main packaging methods for domestic bottle caps: bulk packaging and arrangement packing. Among them, the use of bulk packaging can easily cause bottle caps to be deformed and damaged due to mutual extrusion, and the utilization rate of packaging space is low; Most of the production lines adopted adopt the method of vibrating sorting and integrated boxing, that is, the bottle caps are piled up randomly on the conveying device, and the bottle caps are vibrated and arranged by the vibrating device. During this process, the bottle caps are easily damaged due to collisions. Cause deformation and damage, low sorting efficiency, prone to material accumulation, large equipment footprint, and ultimately affect the quality of bottle cap products. There is also a method of single-row sorting, that is, by setting up a single-row conveying device, the stacked bottle caps are pressed by The material is discharged directly after being arranged in a single row. The work efficiency of this method is low, the arrangement time is long, and it is easy to cause the phenomenon of material accumulation and blockage, and the stacking and packing device used cannot adjust the stacking height and number of layers according to actual production needs, and the positioning accuracy is low. , the packing efficiency is low, and the scope of application is small

Images