Many pets, especially dogs, eat too quickly (“gulping”), which can cause choking, bloating, or digestive issues. Existing “slow feeder” bowls use fixed barriers or nubs to slow animals down, but over time pets memorize the layout (“memory effect”) and learn to get around the challenge, reducing effectiveness.
The Core Idea
This invention introduces a feeding bowl with adjustable inner walls that divide the food area into smaller sections. The key feature is that these walls can be moved or rotated into different positions, creating new patterns. Because the layout changes, animals can’t rely on memory, and they are continually challenged to eat more slowly.
The Inventive Step
Unlike current slow-feeding bowls, which are static or only partially flexible, this device uses a built-in adjustment mechanism (like gears or rotating parts) that allows the walls to shift into different patterns. The walls are also sturdy (not easily bent by the animal), ensuring the device remains effective.
Tangible Benefits
- Slows down eating, reducing risk of choking, bloating, and stomach problems.
- Keeps pets mentally stimulated, as the feeding challenge changes each time.
- Easy to clean and durable, with replaceable parts if needed.
- Can hold both food and water.
- Optional add-ons include height adjustment (for larger pets) and covers.
Broader Impact
This invention improves animal health and wellbeing by tackling overeating and digestion problems. It also enhances pet care products by combining safety, variability, and durability. Beyond pets, similar principles could be adapted for other animals where controlled feeding is important. In short: it’s a smarter, more flexible version of the slow-feeder bowl that actively prevents pets from outsmarting it.