Patent ID: 11920327
Assignee: MÉTRICA6 INGENIERÍA Y DESARROLLOS, S.L.
Field: Civil engineering (Other fields)
Classification: CPC E | IPC E

Claim 9:
10. The method of operation of a water control system according to claim 1, wherein at least one joining module comprises a repository accessible to the user for introducing liquid and/or solid substances which are mixed with the flow of water during operation, wherein said repository is controlled by at least one valve such that: in a first position, said valve puts said repository in contact with the at least one pipe of the installation through which the water circulates through the at least one joining module, creating a fluid with properties modified by the substance from where the at least one joining module is installed to a determined consumption point when the valve is open and preventing the opening of the repository for the dosing of substances; and in a second position, said valve allows the dosing of substances modifying the properties of the water into the repository while said repository is not connected to the flow of water of the at least one pipe which passes through the at least one joining module, ensuring using the valve that the flow of water passing through the affected module does not leave through the repository when it is being operated by the user and
in a phase prior to operation, the user introduces a determined substance in said repository and wherein given at least one activation and/or stop condition in the initiator module, the at least one joining module changes the state of the at least one valve from closed to open and the power module initiates the operation of its pumping system moving the water with properties modified using the substance dosed into the repository of the at least one joining module, in closed circuit through the installation, maintaining the operation until at least one new activation and/or stop conditions is detected, returning said at least one valve to its original position, interrupting the fluid communication between the repository and consumption flow and stopping the pumping system of the power module.