20240019130. ACTIVE VENTING CONTROL SYSTEM simplified abstract (WHIRLPOOL CORPORATION)

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ACTIVE VENTING CONTROL SYSTEM

Organization Name

WHIRLPOOL CORPORATION

Inventor(s)

Siddappa Yallappa Akkadi of Yadwad (IN)

Anna D'angelo of Novara (IT)

Ankur Garg of Pune (IN)

Reshma Rishikesh Jadhav of Pune (IN)

Suraj Narendra Kadam of Pune (IN)

ACTIVE VENTING CONTROL SYSTEM - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240019130 titled 'ACTIVE VENTING CONTROL SYSTEM

Simplified Explanation

The abstract describes a cooking appliance that has a cooking cavity with an internal support and an upper wrapper. A separator plate and a venting channel are located between the upper wrapper and the internal support. A chimney connects the cooking cavity and the venting channel. A venting assembly with an actuator and a cover is attached to the upper wrapper. A controller activates the actuator to adjust the cover and control the amount of steam in the cooking cavity based on sensed humidity.

  • The cooking appliance has a cooking cavity with an internal support and an upper wrapper.
  • A separator plate and a venting channel are located between the upper wrapper and the internal support.
  • A chimney connects the cooking cavity and the venting channel.
  • A venting assembly with an actuator and a cover is attached to the upper wrapper.
  • A controller activates the actuator to adjust the cover and control the amount of steam in the cooking cavity based on sensed humidity.

Potential applications of this technology:

  • Home cooking appliances
  • Commercial cooking appliances
  • Industrial cooking appliances

Problems solved by this technology:

  • Controlling the amount of steam in the cooking cavity
  • Maintaining optimal humidity levels during cooking

Benefits of this technology:

  • Improved cooking results
  • Enhanced flavor and texture of food
  • Energy efficiency in cooking process


Original Abstract Submitted

a cooking appliance includes an internal support defining a cooking cavity. an upper wrapper is disposed above the internal support. a separator plate is disposed adjacent to the upper wrapper. a venting channel is defined between the separator plate and the upper wrapper. a chimney is coupled to the internal support and the upper wrapper. the chimney fluidly couples the cooking cavity and the venting channel. a venting assembly is coupled to the upper wrapper and includes an actuator and a cover. a controller is configured to activate the actuator to at least one of vertically and rotationally adjust the cover relative to a vent opening in the upper wrapper to control an amount of steam in the cooking cavity in response to a sensed humidity.