18605120. OPTICAL BACKPLANE CONNECTOR SYSTEM simplified abstract (TE Connectivity Solutions GmbH)
Contents
OPTICAL BACKPLANE CONNECTOR SYSTEM
Organization Name
TE Connectivity Solutions GmbH
Inventor(s)
Mark Benton of Mundelein IL (US)
Keith Miller of MANHEIM PA (US)
Kyle Annis of HUMMELSTOWN PA (US)
William Weeks of IVYLAND PA (US)
Kevin Thackston of YORK PA (US)
Lynn Sipe of Mifflintown PA (US)
Robert Flaig of Lancaster PA (US)
OPTICAL BACKPLANE CONNECTOR SYSTEM - A simplified explanation of the abstract
This abstract first appeared for US patent application 18605120 titled 'OPTICAL BACKPLANE CONNECTOR SYSTEM
The abstract describes a backplane connector designed to mate with a daughter-card connector assembly. It includes a retainer block attached to a backplane, ferrules in slots within the retainer block, ferrule springs to push the ferrules forward, and ferrule spring retainers to hold the springs in place.
- The backplane connector features a retainer block with ferrule slots for ferrules.
- Ferrules are placed in the slots and pushed forward by ferrule springs.
- Ferrule spring retainers secure the ferrule springs in place on the retainer block.
- Each ferrule spring retainer can hold springs for two or more ferrules.
- This design ensures a secure and reliable connection between the backplane and daughter-card connector assembly.
Potential Applications: - Data centers - Telecommunications equipment - Industrial machinery - Aerospace systems
Problems Solved: - Ensures a stable and secure connection between components - Facilitates efficient data transfer - Reduces the risk of disconnection or signal loss
Benefits: - Improved reliability - Enhanced data transmission speeds - Simplified maintenance and replacement processes
Commercial Applications: Title: High-Speed Data Transfer Connector for Industrial Applications This technology can be used in various industries such as telecommunications, data centers, and aerospace for high-speed data transfer and reliable connections. The market implications include improved efficiency, reduced downtime, and enhanced performance in critical systems.
Questions about Backplane Connector Technology: 1. How does the backplane connector design improve data transmission reliability? - The backplane connector design ensures a secure and stable connection between components, reducing the risk of disconnection or signal loss. 2. What are the potential applications of this backplane connector technology? - The technology can be applied in data centers, telecommunications equipment, industrial machinery, and aerospace systems for efficient data transfer and reliable connections.
Original Abstract Submitted
A backplane connector for mating with a daughter-card connector assembly, said backplane connector having a front and rear orientation and comprising: (a) a retainer block configured for attachment to a backplane and defining a plurality of ferrule slots, each slot configured to receive a ferrule; (b) a plurality of ferrules disposed in said ferrule slots; (c) a plurality of ferrule springs to urge said plurality of ferrules forwardly; and (d) Fwafera plurality of ferrule spring retainers for retaining said ferrule springs and being mounted rearward on said retainer block, wherein each ferrule spring retainer retains springs for two or more ferrules.
