In the production process of glass bottles, the molten continuous slurry enters the bottle making device sequentially from the kiln, the discharge hopper, and the material guide device, and the material guide device is located below the discharge port of the discharge hopper. Before the slurry enters the material guide device, the molten continuous slurry is cut into intermittent drops by the drop material scissors, and the drop material enters the bottle making mold of the bottle making device through the material guide device to be formed.
3. The bottle-making mold includes a pair of semicircular primary moulds. The primary molds are provided with a shaping cavity. The primary molds are respectively fixed and connected to the two driving arms of the holding forceps. The driving mechanism drives the two driving arms to open and close to realize the alignment Glass bottles for shaping operations.
4. In view of the above-mentioned related technologies, the inventor believes that there are the following defects: in the related technologies, the position of the holding forceps is fixed. When shaping high-standard glass bottles, the connection point between the driving arm and the primary mold is located at a lower position, and the stress is concentrated on the lower part of the primary mold, resulting in low structural stability.