Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
SEWER CLEANOUT CAP AND METHODS
A sewer cleanout cap characterized by reliable and rapid location underground thereby eliminating time wasted attempting to locate, dig for, repair, or replace standard cleanout caps. The cleanout cap comprises a generally disc shaped threaded cap body having a distal face and a central axis with a drive block extending proximally from a proximal face of the cap body. A first recess can extend into the cap body from the distal face, and a second recess can extend from the distal face into the drive block. A first magnet is generally aligned with the first axis and is fixed and sometimes sealed within the sewer cleanout cap. First magnet fixation approaches include securing the first magnet in a non-corrosive housing, molding the magnet into the cap, securing within in a first recess using friction or adhesives, securing it to a post, or securing the first magnet within deflectable prongs.
SEWER CLEANOUT CAP AND METHODS
A sewer cleanout cap characterized by reliable and rapid location underground thereby eliminating time wasted attempting to locate, dig for, repair, or replace standard cleanout caps. The cleanout cap comprises a generally disc shaped threaded cap body having a distal face and a central axis with a drive block extending proximally from a proximal face of the cap body. A first recess can extend into the cap body from the distal face, and a second recess can extend from the distal face into the drive block. A first magnet is generally aligned with the first axis and is fixed and sometimes sealed within the sewer cleanout cap. First magnet fixation approaches include securing the first magnet in a non-corrosive housing, molding the magnet into the cap, securing within in a first recess using friction or adhesives, securing it to a post, or securing the first magnet within deflectable prongs.
SEWER CLEANOUT CAP AND METHODS
TREADO MATTHEW (Autor:in) / JANOWSKI BRIAN PATRICK (Autor:in)
13.03.2025
Patent
Elektronische Ressource
Englisch