20240010082. VEHICLE CHARGING SYSTEMS AND METHODS OF POSITIONING A CHARGING CABLE TO ENGAGE A CHARGING ADAPTER simplified abstract (Volley Automation, Inc.)

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VEHICLE CHARGING SYSTEMS AND METHODS OF POSITIONING A CHARGING CABLE TO ENGAGE A CHARGING ADAPTER

Organization Name

Volley Automation, Inc.

Inventor(s)

Jos Christopher Goble of Milpitas CA (US)

David Edwin Weldon of Gilroy CA (US)

Connor James Anderson of Alameda CA (US)

VEHICLE CHARGING SYSTEMS AND METHODS OF POSITIONING A CHARGING CABLE TO ENGAGE A CHARGING ADAPTER - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240010082 titled 'VEHICLE CHARGING SYSTEMS AND METHODS OF POSITIONING A CHARGING CABLE TO ENGAGE A CHARGING ADAPTER

Simplified Explanation

The abstract describes a vehicle charging adapter that includes a connector and a receiver. The connector is designed to engage with a charging port of a vehicle, while the receiver is coupled to the connector. The receiver has a charging surface, an indicator on the charging surface, an inner radial wall that extends from the charging surface, and one or more electrical contacts provided within a receiver cavity defined by the inner radial wall. These electrical contacts are electrically connected to the connector.

  • The vehicle charging adapter is designed to connect to a vehicle's charging port.
  • The receiver includes a charging surface and an indicator to provide visual feedback.
  • An inner radial wall extends from the charging surface, creating a receiver cavity.
  • One or more electrical contacts are located within the receiver cavity.
  • The electrical contacts are connected to the connector, allowing for electrical connection with the vehicle's charging port.

Potential applications of this technology:

  • Electric vehicle charging: The adapter can be used to charge electric vehicles by connecting to their charging ports.
  • Charging station compatibility: The adapter can be used to make charging stations compatible with different types of vehicles by providing a standardized connection.

Problems solved by this technology:

  • Compatibility issues: The adapter allows for connection between different types of charging ports and connectors, solving compatibility problems.
  • Ease of use: The indicator on the charging surface provides visual feedback, making it easier for users to understand the charging status.

Benefits of this technology:

  • Versatility: The adapter can be used with different types of vehicles and charging ports, increasing its versatility.
  • Convenience: The adapter simplifies the charging process by providing a standardized connection and visual feedback.
  • Compatibility: The adapter ensures compatibility between various charging ports and connectors, making it easier for users to charge their vehicles.


Original Abstract Submitted

a vehicle charging adapter including a connector configured to engage with a charging port of a vehicle, and a receiver coupled to the connector. the receiver includes a receiver charging surface, an indicator provided on the receiver charging surface, an inner radial wall extending from the receiver charging surface and defining a receiver cavity extending along an insertion axis, and one or more receiver electrical contacts provided on the inner radial wall within the receiver cavity. the one or more receiver electrical contacts are electrically connected to the connector.

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