An integrated device for horizontally opposed punching and batch number printing of a roller plate blister packaging machine

Abstract

The invention discloses an integrated device for horizontally opposed blanking and batch number marking of a roller plate blister packaging machine, which includes a reducer, a base plate, a bearing installation wall plate is installed on the base plate, and the bearing installation wall plate is installed with double eccentricity through the bearing. Wheel balance shaft, the left side of the bearing installation wallboard is horizontally equipped with a marking mechanism, the right side of the bearing installation wallboard is horizontally equipped with a punching mechanism, and the double eccentric wheel balance shaft is provided with the first eccentricity with a phase difference of 180 degrees. wheel and the second eccentric wheel, the upper part of the marking mechanism is provided with an upper pitch adjustment slider, the lower part is provided with a lower pitch adjustment slider corresponding to the upper pitch adjustment slider, and the upper part of the punching mechanism is provided with a punching traction Roller, the structure of the present invention significantly prolongs the service life of the bearing, improves the high-speed performance of the batch numbering and punching station, thereby improving the overall production efficiency, and the reaction force of the batch numbering station is automatically returned to the main shaft during the return trip, offsetting part of the The inertial force during travel reduces the load on the motor and saves energy.

Description

technical field [0001] The invention relates to the field of blister packaging equipment, in particular to an integrated device for horizontally opposing punching and batch number marking of a roller-plate blister packaging machine. Background technique [0002] At present, there are mainly two types of blister packaging machines: roller blister packaging machines and flat blister packaging machines. Generally, flat blister packaging machines are about 240-320 plates per minute, and roller blister packaging machines can reach about 600-800 plates per minute. At present, whether it is a flat-type blister packaging machine or a roller-type blister packaging machine, after the material is loaded in the blister, each version of the blister must be marked with a batch number and each version of the blister must be punched out to form a product , The batch numbering device and the punching device are usually arranged vertically one after the other on the forward route of the blist...

AI Technical Summary

Problems solved by technology

[0002] At present, there are mainly two types of blister packaging machines: roller blister packaging machine and flat cover packaging machine. Generally, flat cover packaging machine is about 240-320 plates per minute, and roller plate blister packaging machine can reach about 600-800 plates per minute. At present, no matter it is a flat-type blister packaging machine or a roller-type blister packaging machine, after loading the material in the blister, it is necessary to mark the batch number for each version of the blister and punch each version of the blister to form a product. , the batch numbering device and the punching device are usually arranged vertically one after the other on the advancing route of the blister, and the batch numbering device and the punching device work synchronously during work. Therefore, the main shaft not only bears the movable template and The gravity of its accessories also bears the force during work. These forces are superimposed in the same direction. On the one hand, the torque is increased, and the corresponding driving motor power is required. On the other hand, this resultant force is also a kind of partial load. This kind of eccentric load always periodically forms an impact force on the bearing in a certain phase, causing the bearing wear to intensify, especially at high speeds, the resulting inertial force and vibration cannot be overcome, resulting in batch numbering and punching. The bit speed cannot be increased, which restricts the production efficiency of the roll-type blister packaging machine

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