18600081. SHIELD TERMINAL simplified abstract (SUMITOMO WIRING SYSTEMS, LTD.)

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SHIELD TERMINAL

Organization Name

SUMITOMO WIRING SYSTEMS, LTD.

Inventor(s)

Kazuaki Hamada of Osaka (JP)

Liping Kang of Mie (JP)

SHIELD TERMINAL - A simplified explanation of the abstract

This abstract first appeared for US patent application 18600081 titled 'SHIELD TERMINAL

The patent application aims to create a shield terminal that enhances welding stability and assembly workability.

  • The shield terminal includes a first outer conductor A and a second outer conductor B.
  • The first outer conductor A is tubular and has a first end part.
  • The second outer conductor B is tubular and has a second end part that fits inside the first end part.
  • One of the end parts has a protrusion that extends towards the other end part, with a tip in contact with it.

Potential Applications: - Manufacturing industries requiring precise welding processes. - Electronics assembly where stable connections are crucial.

Problems Solved: - Ensures stability during welding processes. - Improves workability and ease of assembly.

Benefits: - Enhanced welding quality. - Increased efficiency in assembly processes.

Commercial Applications: Title: Enhanced Shield Terminal for Precise Welding Applications This technology can be used in industries such as automotive, aerospace, and electronics for improved welding processes and assembly work.

Questions about Shield Terminals: 1. How does the shield terminal improve welding stability? The shield terminal enhances welding stability by providing a secure connection between the outer conductors.

2. What are the potential applications of shield terminals in the electronics industry? Shield terminals can be used in the electronics industry for precise assembly processes and stable connections.


Original Abstract Submitted

It is aimed to provide a shield terminal capable of ensuring the stability of welding and improving workability at the time of assembly. An outer conductor of a shield terminal includes a first outer conductor A and a second outer conductor B. The first outer conductor A has a tubular shape and includes a first end part The second outer conductor B has a tubular shape and includes a second end part to be arranged inside the first end part Either one of the first and second end parts includes a protrusion projecting toward the other and having a tip in contact with the other.