Full-automatic pen plate gluing machine

Abstract

The invention relates to a full-automatic pen plate gluing machine and belongs to the technical field of pen producing and processing. The full-automatic pen plate gluing machine comprises a work disc. A lower plate feeding work station, an upper plate feeding work station, a steel core locating work station, a drying work station, an upper template lifting work station and a plate discharging work station are sequentially arranged on the work disc. An automatic lower plate feeding system corresponding to the lower plate feeding work station is arranged, an automatic upper plate feeding system corresponding to the upper plate feeding work station is arranged, a steel core locating pressurizing system corresponding to the steel core locating work station is arranged, a drying pressurizing system corresponding to the drying work station is arranged, an upper template lifting mechanism corresponding to the upper template lifting work station is arranged, and a plate discharging mechanism corresponding to the plate discharging work station is arranged. The work disc moves intermittently under drive of a grooved wheel mechanism arranged on the lower portion of the work disc. By means of intermittent rotation of the multi-work-station work disc, working procedures of feeding pen plates, gluing, locating, drying discharging the plates and the like are finished automatically in a coordinate mode, labor cost is lowered, processing efficiency of the pen plates is improved, quality of the pen plates is improved, and a product yield is increased.

Description

technical field [0001] The invention relates to a rubber plate machine, in particular to an automatic pen plate glue machine, which belongs to the technical field of pen production and processing. Background technique [0002] The traditional pen holder production process is mainly done by hand. First, glue is applied to the grooved wooden board, then at least two pen cores are placed for positioning, and then pressurized and heated for more than two hours to dry. First of all, because the main body of the refill is paraffin wax, its rigidity and toughness are poor, and it has strict temperature requirements. For example, the refill will deform at a temperature of 40°C. The deformation of the core at high temperature leads to the dislocation of the grooves between the two wood boards, resulting in waste products. Secondly, due to the positioning of the two pen cores, generally only six finished rods with eight grooves are calculated. The qualified rate accounts for 75%. If t...

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Problems solved by technology

First of all, because the main body of the refill is paraffin wax, its rigidity and toughness are poor, and it has strict temperature requirements. For example, the refill will deform at a temperature of 40°C. The deformation of the core at high temperature leads to the dislocation of the grooves between the two wood boards, resulting in waste products. Secondly, due to the positioning of the two pen cores, generally only six finished rods with eight grooves are calculated. The qualified rate accounts for 75%. If the rods are made, manual labor is required Screening out the rods with refills is not only time-consuming and labor-intensive, but also has low processing efficiency, and the yield rate is low, which is far from meeting the needs of the core injection machine.

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