Swimming pool deckplate for horizontal surfaces with integrated slopes around electrical contacts
View Patent ↗A horizontally mounted connector deckplate for swimming pools to connect swim timing devices and other devices with electrical contacts with potential difference mounted on slopes integrated into the body of the deckplate. These integrated slopes cause corrosive pool water that is splashed on the deckplate, which creates water bridges between electrical contacts, to flow off through gravity, overcoming the water surface tension. Therefore electrolytic currents through the water bridges are greatly reduced, reducing corrosion of the electrical contacts of the deckplate. In addition corrosion resistant materials such as titanium are used for the electrical contacts.
1. Connector deck plate with electrical contacts for use in wet and corrosive environments such as swimming pool decks or bulkheads comprised of
a body which is mounted on an essentially horizontal plane;
two or more electrical contacts of at least one mating connection;
a substantial slope relative to the horizontal plane between said electrical contacts;
said integrated slope steep enough so that liquid splashed on the electrical contacts forming a connective bridge between said electrical contacts flows off through gravity, overcoming the surface tension of the liquid, thus breaking said connective bridge;
said slope integrated into the body of the deck plate.
2. Deckplate according to claim 1 where said electrical contacts of said at least one mating connection are mounted so that the tops of said electrical contacts are on the same plane and said plane of the tops of said electrical contacts is essentially horizontal.
3. Deckplate according to claim 1 or 2 with a surface connecting at least two individual integrated slopes between at least two mating connections, thereby defining the overall profile of integrated slopes of said deckplate.
4. Deckplate according to claim 3 with a surface connecting the integrated slopes of at least two mating connections going around the deckplate in a semi-circular fashion to create a domed structure on which the contacts are arranged in a semi-circular pattern.
5. Deckplate according to claim 1 or 2 with a surface connecting to the integrated slope of one mating connection going around the deckplate in a semi-circular fashion to create a domed structure.
6. Deckplate according to claim 1 or 2 extending the integrated slope of a single mating connection beyond the area of said mating connection, thereby defining the overall profile of the deckplate.
7. Deckplate according to claim 1 or 2 with electrical contacts made of titanium.