FIELD: systems of smart process control.
SUBSTANCE: claimed technical solution relates to the field of systems for smart process control, in particular to the process of pouring technical liquids, for example, engine and transmission oils, cooling lubricants and other non-flammable liquids of similar viscosity. A system for smart pouring of technical liquids is implemented, containing a server, at least one user device and at least one pump installed on a liquid container, which are connected by a data transmission channel. The pump contains an electronic control unit and an electric lock that locks when the pump is installed on a liquid container. The control unit controls the pouring of liquid from the container via a wireless data transmission channel, as well as the transfer of information about the geo-coordinates of the pump to the server. The server is designed for programmatic management of the data generated by the system elements, as well as recording data in a database containing ID of the pumps and ID of the containers on which they are installed, the geo-coordinates of the placement of the mentioned pumps and containers on the retail areas of distributors, as well as the addresses of the mentioned retail areas. The user device is configured to select the capacity and quantity of liquid for pouring, and transmit the mentioned data via wireless channel to the server. The server, in response to the information received from the user devices, checks the geo-coordinates and ID of the pump, compares the records contained in the database, and activates the liquid pouring by transmitting a control signal through the user device to the electronic unit of the pump in case of successful verification of the information.
EFFECT: technical result is an increase in the efficiency and security of the pouring process by storing and checking the geo-coordinates of containers and pumps connected to them when receiving a request for pouring from user devices.
8 cl, 5 dwg
