Feeder Spouts TRIZ Cases
- Multiple Gob Feeder Alignment for Uniform Glass Container Walls
Direct gob loading with split induction-heated orifices keeps glass temperature uniform, reducing wall-thickness variation and delivery complexity.
- Multiple Gob Feeder Layout for Uniform Glass Gob Temperature
Directly aligned feeder orifices and induction-heated tips keep glass gobs uniform in temperature, improving wall thickness consistency.
- Permeable Gob Delivery Guide for Uniform Glass Temperature
A gas-permeable chute forms a cushion under molten glass gobs to limit heat loss, reduce distortion, and keep container wall thickness consistent.
- Direct Gob Feeding Layout for Uniform Glass Wall Thickness
Directly aligned feeder orifices and blank molds keep gob temperature uniform, reduce stretching, and support thinner glass walls.
- Automated Orifice Plate Changes for Molten Glass Feeders
An actuator slides preloaded orifice plates between charging and operating regions, changing molten glass streams without manual hot-part removal.
- Automated Orifice Plate Swapping for Molten Glass Flow Changes
A guided actuator moves preloaded orifice plates into position, reducing downtime and personnel exposure during molten glass flow changes.
- Predictive Molten Glass Dispensing Control via Plunger Displacement
A control unit estimates molten glass volume using temperature and density data to adjust plunger displacement for consistent dispensing.
- Direct-Drive Glass Feeder Plunger Mechanism
Replacing hydraulic and cam systems, the direct-drive motor eliminates mechanical wear to maintain precise plunger positioning.
- Plunger Assembly Inertia Reduction for Molten Glass Ribbon Forming
Independent motorized drive units reduce moving mass and inertia, enabling precise drop weight control in molten glass ribbon forming.