20240014599. Module Connector with at Least One Slidable Screw and Connection Assembly with such a Module Connector simplified abstract (TE Connectivity Germany GmbH)

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Module Connector with at Least One Slidable Screw and Connection Assembly with such a Module Connector

Organization Name

TE Connectivity Germany GmbH

Inventor(s)

Marcus Wolf of Bensheim (DE)

Maik Schaefer of Bensheim (DE)

Bjoern Hoffmann of Bensheim (DE)

Ron Buchholz of Bensheim (DE)

Patrick Distler of Bensheim (DE)

Manuel Eheim of Bensheim (DE)

Module Connector with at Least One Slidable Screw and Connection Assembly with such a Module Connector - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240014599 titled 'Module Connector with at Least One Slidable Screw and Connection Assembly with such a Module Connector

Simplified Explanation

The abstract describes a module connector used for electrically connecting two electric modules. The connector includes a busbar, at least one screw, and at least one screw guide. The busbar has a flat face that defines a busbar plane and a through opening that extends perpendicularly to the busbar plane. The screw is held in the through hole and can rotate and slide parallel to the busbar plane. The screw guide is also rotatable relative to the busbar and is held at least partially in the through opening. The screw guide has a hole parallel to the through opening in which the screw is held.

  • The module connector is used to electrically connect two electric modules.
  • It includes a busbar, at least one screw, and at least one screw guide.
  • The busbar has a flat face that defines a busbar plane.
  • The busbar also has a through opening that extends perpendicularly to the busbar plane.
  • The screw is held in the through hole and can rotate and slide parallel to the busbar plane.
  • The screw guide is rotatable relative to the busbar and is held at least partially in the through opening.
  • The screw guide has a hole parallel to the through opening in which the screw is held.

Potential applications of this technology:

  • Electric vehicle charging systems
  • Power distribution systems
  • Renewable energy systems
  • Industrial machinery and equipment

Problems solved by this technology:

  • Efficient and reliable electrical connection between modules
  • Simplified installation and maintenance processes
  • Enhanced safety and durability of the connection

Benefits of this technology:

  • Improved electrical conductivity
  • Easy installation and maintenance
  • Increased flexibility in module placement
  • Enhanced safety and reliability of electrical connections


Original Abstract Submitted

a module connector for electrically connecting two electric modules comprises a busbar, at least one screw and at least one screw guide. the busbar includes at least one flat face defining a busbar plane, and a through opening extending perpendicularly to the busbar plane and through the busbar. the at least one screw is held in the through hole, rotatable relative to the busbar and slidable parallel to the busbar plane. the at least one screw guide is rotatable relative to the busbar and held at least sectionally in the through opening. the at least one screw guide includes a hole extending parallel to the through opening in which the at least one screw is held at least sectionally.