20240053563. OPTICAL CONNECTIVITY MODULE AND CHASSIS simplified abstract (HUBER+SUHNER AG)
Contents
OPTICAL CONNECTIVITY MODULE AND CHASSIS
Organization Name
Inventor(s)
Christian Sutter of Abtwil (CH)
David Vollenweider of Niederwil (CH)
Dmitry Tsyplakov of Waldstatt (CH)
OPTICAL CONNECTIVITY MODULE AND CHASSIS - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240053563 titled 'OPTICAL CONNECTIVITY MODULE AND CHASSIS
Simplified Explanation
The abstract describes an optical connectivity module designed for installation in a chassis. The module includes a housing with a front face containing rows of adapters for optical connectors, as well as cable channels for routing optical cables.
- The optical connectivity module is housed in a chassis for easy installation.
- The front face of the module contains rows of adapters for optical connectors.
- Cable channels are provided for routing optical cables above or below the rows of adapters.
- The optical cables are interconnected to the adapters for efficient operation.
- Potential Applications:**
- Data centers
- Telecommunication networks
- Fiber optic communication systems
- Problems Solved:**
- Efficient organization and connection of optical cables
- Simplified installation process in a chassis
- Facilitates quick and easy access to optical connectors
- Benefits:**
- Improved cable management
- Enhanced connectivity in optical systems
- Streamlined installation process
Original Abstract Submitted
an optical connectivity module () suitable for installation in a corresponding chassis. the connectivity module () typically comprises a housing () defining an interior () and comprising a front face (), wherein at least one row () of adapters () suitable to receive thereto corresponding optical connectors () from the interior () and from the exterior, the row of adapters () being arranged in the front face () spanning essentially across a total width () of the front face (). usually at least one cable channel () leading into the front face () above or below the row () of adapters (), for routing therein at least one optical cable () across the front face being during operation interconnected to at least one of the adapters () of the row of adapters () from the interior ().
