20240041253. POT BODY, AIR FRYER, AND AIR CIRCULATION SYSTEM simplified abstract (Stent(Guangzhou) Industrial Co., Ltd.)
POT BODY, AIR FRYER, AND AIR CIRCULATION SYSTEM
Organization Name
Stent(Guangzhou) Industrial Co., Ltd.
Inventor(s)
Ilya Hlushkou of Guangzhou (CN)
Xiaofeng Zheng of Guangzhou (CN)
POT BODY, AIR FRYER, AND AIR CIRCULATION SYSTEM - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240041253 titled 'POT BODY, AIR FRYER, AND AIR CIRCULATION SYSTEM
Simplified Explanation
The present disclosure is related to a cooking utensil, specifically a pot body, an air fryer, and an air circulation system. The air fryer consists of a machine body and a pot body, with the pot body being rectangular in structure. The machine body includes a flow guide isolation hood and a lower fan blade. The point of intersection between the rotation axis of the lower fan blade and the flow guide isolation hood is denoted as point B, and any point on an edge of the flow guide isolation hood is denoted as point A. An angle between the tangential direction of point A and a horizontal plane is defined as α, where 45°≤α≤90°. The air fryer is designed to accommodate most types of food to ensure the integrity of the food, and it creates a high-speed rotating vortex of air to solve the problem of non-uniform heat distribution.
- The patent application describes a pot body, an air fryer, and an air circulation system.
- The air fryer includes a machine body and a rectangular pot body.
- The machine body consists of a flow guide isolation hood and a lower fan blade.
- The point of intersection between the rotation axis of the lower fan blade and the flow guide isolation hood is denoted as point B.
- Any point on an edge of the flow guide isolation hood is denoted as point A.
- An angle α is defined as the angle between the tangential direction of point A and a horizontal plane, where 45°≤α≤90°.
- The air fryer can accommodate various types of food and ensures the integrity of the food.
- It creates a high-speed rotating vortex of air to solve the problem of non-uniform heat distribution.
Potential Applications
- Cooking utensils for home kitchens
- Commercial cooking equipment for restaurants and food establishments
Problems Solved
- Non-uniform heat distribution in traditional cooking methods
- Difficulty in cooking certain types of food evenly
Benefits
- Ensures the integrity of food during cooking
- Provides a solution for non-uniform heat distribution
- Versatile and can accommodate various types of food
Original Abstract Submitted
the present disclosure belongs to the field of cooking utensils, and in particular relates to a pot body, an air fryer, and an air circulation system. the air fryer includes a machine body and a pot body. the pot body is of rectangular structure. a flow guide isolation hood and a lower fan blade are arranged in the machine body. a point of intersection between a rotation axis of the lower fan blade and the flow guide isolation hood is b. any point on an edge of the flow guide isolation hood is taken as a. an angle between a tangential direction of the point a and a horizontal plane is defined as �, 45�≤�≤90�. the air fryer may accommodate most of food to ensure the integrity of food; and air forms a vortex rotating at a high speed, solving the problem of non-uniform heat.
