Device for container water filtering

A device for the filtration of water in containers comprising an electrolysis cartridge with electrified plates and an automation device which act synergistically, the device comprising:

• at least three metal rectangular plates on the electrolysis cartridge, each of the rectangular plates includes one end having a groove that allows a section of the plate to be folded in such a way as to cause an extension acting as a conventional terminal;
• at least one interleaved plate placed between the at least three rectangular metal plates, the at least one interleaved plate is placed equidistantly between the plates with terminals;
• the at least three metal rectangular plates and the interleaved plates are placed inside a casing having threaded ends and with an inner walls having a pair of grooved insulating plates with channels disposed towards a center of the casing;
• each channel of each one of the grooved insulation plate coincides in arrangement and size with respect to the channel of the opposing grooved insulation plate, in such a way that the plates and the interleaved plates are inserted into each pair of the channels of the insulation plates;
• an innermost end of each insulation plate includes a stop to detain the advance of the plates, and at the opposite end of each insulation plate includes a lock having a T shape having at least one groove;
• wherein if one of the grooves is at a crossing point of the lines forming it, and that said groove coincides in size and shape to accommodate the fold of the extension being in the at least one of the metal rectangular plates;
• on an opposite section from where the groove is located, the lock has a fold having a form of a square “U” to be supported on the edge of the insulation plate in which the lock is placed and that the insulation plate has an groove to ensure a correct positioning of the lock;
• wherein when the lock is placed in the groove, a cross section that forms the T shape presses the plates, avoiding that they travel in the channels, at the same time, the fold has a flange that when closing the cartridge is arranged on the inside of a first lid causing the closure;
• a lid comprises a first cylindrical section attached to a surrounding plate which at an end of which is attached to the cylindrical section has a stop which engages in a notch at the edge of the casing, toward the center of the lid, on the side where the stop is located, there is a second cylindrical section, which supports a gasket, which performs an airtight seal between the casing and the lid;
• the casing and the lid are secured by a threaded ring in its internal section and grooved by its outer face whose thread is engaged in the casing, since the latter has the counterpart of the thread of the ring;
• on the outside of the casing, immediately after the ring, a surrounding casing is placed which contacts the terminals of the plates in such a way that by employing as many conventional cables attached to the terminals as are inserted into a Insulating casing, submerged in epoxy resin which protects them, the opposite end is attached to a conventional automation control box in order to electrify the plates inside the housing;
• at the opposite end of the casing, a second cap is screwed with the same characteristics as the first cap;
• however, the automation device comprises a T connection in the cross section of a plug that seals are inserted and has a hole centered through which is a stem forming a single piece with a blade positioned inside the connection, the opposite end of said rod activates a flow sensor which is conventionally connected to a PCB electronic board and in the same way, the card is connected to a temperature sensor which is placed in the T connection, on one side Of the stem, said sensor measures the temperature of the water flow through the T connection, at the same time the water passage activates the stem and the previous measurements are sent to a logical processing unit to automate the process.