Lg electronics inc. (20240251487). COOKING APPLIANCE simplified abstract

COOKING APPLIANCE

Organization Name

lg electronics inc.

Inventor(s)

Jaepyo Hong of Seoul (KR)

Junghyeong Ha of Seoul (KR)

Yunbyung Chae of Seoul (KR)

Myeongjun Shin of Seoul (KR)

Sunghun Sim of Seoul (KR)

COOKING APPLIANCE - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240251487 titled 'COOKING APPLIANCE

The cooking appliance described in the patent application includes a housing with a cavity, a door for opening and closing the cavity, a microwave heating module, a working coil module, a plate with a center hole for guiding a magnetic field, and a shielding filter between the plate and the working coil module.

• The housing contains a cavity where the cooking takes place.
• The door is connected to the housing and allows access to the cavity.
• The microwave heating module emits microwaves into the cavity for cooking.
• The working coil module emits a magnetic field into the cavity for cooking.
• The plate has a center hole to guide the magnetic field and grooves around it.
• The shielding filter is placed between the plate and the working coil module for protection.

Potential Applications: - This technology can be used in microwave ovens for efficient cooking. - It can be applied in industrial cooking equipment for large-scale food production.

Problems Solved: - Provides a more efficient and uniform way of cooking using both microwaves and a magnetic field. - Ensures even distribution of heat throughout the cavity for consistent cooking results.

Benefits: - Faster cooking times due to the combined use of microwaves and a magnetic field. - Improved cooking quality with more even heating.

Commercial Applications: - This technology can be utilized in household microwave ovens, commercial kitchens, and food processing industries for faster and more consistent cooking results.

Questions about the technology: 1. How does the combination of microwaves and a magnetic field improve cooking efficiency? 2. What are the potential cost implications of implementing this technology in cooking appliances?

Original Abstract Submitted

a cooking appliance includes a housing which has a cavity formed therein; a door which is connected to the housing and opens/closes the cavity; a microwave heating module which emits microwaves to the cavity; a working coil module which emits a magnetic field to the cavity; a plate in which a center hole for guiding a magnetic field to the cavity is formed; and a shielding filter which is disposed between the plate and the working coil module. the plate has a plurality of grooves formed around the center hole.