Automatic shaping device for k-class lollipop

Abstract

The invention relates to the field of lollipop shaping, and in particular relates to an automatic shaping device for a k-class lollipop. The automatic shaping device has the advantages that the design is ingenious, by virtue of special design of an inserted pin of an upper cover plate and a hasp which is in a ferrule of a cover plate, so that the thickness of the stress side of the hasp is added, and the deformation resistance of the stress side of the hasp is increased; the inserted pin of the upper cover plate is also of an decentration design, so that the inserted pin and the hasp can be matched with each other so as to prevent deformation of the hasp, and the service life of the device is prolonged; a grind bearing hat is arranged behind a drill drift, so that the abrasion of the drill drift can be prevented and the service life of the drill drift can be prolonged; by virtue of special design of a manually-adjusted punching mechanism, springs are additionally arranged at one side, so that the phenomenon that a force application mechanism of a cam adjusts incline can be solved and the product processing precision is ensured; the function of arranging two pin rollers on the force application mechanism of the cam is as follows: a punching force can be decreased instantly in a punching process when the drill drift moves to a position between the two pin rollers, and a punching force is applied again by the drill drift when the drill drift moves to the top of each pin roller so as to form re-punching, so that the product processing molding precision is ensured.

Description

technical field [0001] The invention relates to the field of lollipop molding, in particular to a K-class lollipop automatic molding device. Background technique [0002] At present, the production efficiency of the lollipop molding machine is low, the service life is short, and there are the following disadvantages in the production and processing process. The joint between the upper cover plate and the cover plate ring in the lollipop forming mold was previously designed as "U" ” shape slot, the pin on the top cover is designed in the middle of one end of the top cover, and the pin is stuck in the “U” shape slot, the forming mold will rotate during the production process, and the gap between the top cover and the cover ferrule The punch in between will have a force under the action of the cam force mechanism, which will act on the mold, and finally this force will act on the inner side of the "U" shape slot through the pin, which will eventually cause the pin and the slot ...

AI Technical Summary

Problems solved by technology

[0002] At present, the production efficiency of the lollipop molding machine is low, the service life is short, and there are the following disadvantages in the production and processing process. The joint between the upper cover plate and the cover plate ring in the lollipop forming mold was previously designed as "U" ” shape slot, the pin on the top cover is designed in the middle of one end of the top cover, and the pin is stuck in the “U” shape slot, the forming mold will rotate during the production process, and the gap between the top cover and the cover ferrule The punch in between will have a force under the action of the cam force mechanism, which will act on the mold, and finally this force will act on the inner side of the "U" shape slot through the pin, which will eventually cause the pin and the slot to deform for a long time. The mold is scrapped; there is also direct contact between the punch rod and the cam force mechanism, and the tail of the punch rod is severely worn due to long-term work; and the manual adjustment of the stamping mechanism is a screw directly connected to the back of the cam force mechanism, and once adjusted, the cam will The afterburner mechanism is tilted, resulting in a change in the travel curve of the punch, and the machining accuracy cannot meet the design requirements

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