20240009924. TETHERED SPOOL ASSEMBLY AND METHODS OF USE THEREOF simplified abstract (Stratasys, Inc.)

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TETHERED SPOOL ASSEMBLY AND METHODS OF USE THEREOF

Organization Name

Stratasys, Inc.

Inventor(s)

Patrick Anderson of Maple Grove MN (US)

Dang Yang of Champlin MN (US)

Ross Michalkiewicz of Golden Valley MN (US)

TETHERED SPOOL ASSEMBLY AND METHODS OF USE THEREOF - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240009924 titled 'TETHERED SPOOL ASSEMBLY AND METHODS OF USE THEREOF

Simplified Explanation

The patent application describes a consumable assembly for a 3D printer that includes a spool carrying wound filament. The spool is designed to be installed into a spool cabinet to maintain the filament in a controlled environment. A filament key fob, which carries a spool chip programmed with identification data for the consumable assembly, is attached to the spool. The filament key fob can be received in a dock of the 3D printer outside of the controlled environment of the spool cabinet while remaining tethered to the spool installed in the cabinet chamber.

  • The consumable assembly for a 3D printer includes a spool carrying filament.
  • The spool is designed to be installed into a spool cabinet to maintain the filament in a controlled environment.
  • A filament key fob is attached to the spool and carries a spool chip programmed with identification data for the consumable assembly.
  • The filament key fob can be received in a dock of the 3D printer outside of the controlled environment of the spool cabinet.
  • The filament key fob remains tethered to the spool installed in the cabinet chamber.

Potential applications of this technology:

  • 3D printing industry: This technology can be used in various industries that utilize 3D printers, such as manufacturing, prototyping, and design.
  • Filament management: The consumable assembly and key fob provide a convenient and controlled way to manage and identify different filaments used in 3D printing.

Problems solved by this technology:

  • Filament identification: The spool chip programmed with identification data allows for easy identification of the filament type and properties.
  • Controlled filament environment: The spool cabinet helps maintain the filament in a controlled environment, preventing moisture or other environmental factors from affecting the quality of the filament.

Benefits of this technology:

  • Improved efficiency: The filament key fob and spool chip streamline the filament identification process, saving time and reducing errors.
  • Enhanced filament quality: The controlled environment provided by the spool cabinet helps preserve the quality of the filament, resulting in better print outcomes.
  • Simplified filament management: The tethered filament key fob ensures that the correct filament is always used and easily identified, reducing the risk of using the wrong filament.


Original Abstract Submitted

a consumable assembly for a 3d printer includes a spool carrying wound filament. the spool is configured to be installed into a spool cabinet to maintain the filament in a controlled environment. a filament key fob that carries a spool chip programmed with identification data for the consumable assembly is tethered to the spool. the filament key fob is configured to be received in a dock of the 3d printer outside of a controlled environment of a chamber of the spool cabinet while remaining tethered to the spool installed in the chamber of the spool cabinet.

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