US 2021/0061677 A1 · SYSTEMS AND METHODS FOR REAL-TIME MONITORING OF WATER PURIFICATION DEVICES

Abstract

A method for real-time monitoring of a water purification apparatus includes obtaining a first Total dissolved solid (TDS) data, a first flow rate, and a first pressure data of unfiltered input water through a first sensor module. A second TDS data, a second flow rate, and a second pressure data of filtered water is obtained through a second sensor module. Thereafter, a third TDS data, a third flow rate, and a third pressure data of post-filtered water is obtained through a third sensor module. Later, data collected by the sensor modules is transmitted to a remote processor in real-time, and the received data is analysed in real-time. Finally, a predictive model of water behaviour and water quality of the water purification system is generated, using an Artificial Intelligence (AI) based process, based on the real-time quality analysis, and one or more user actions are suggested based on the predictive model.

Claims20

Dependent claims

A method for real-time monitoring of a water purification apparatus, the method comprising:

obtaining a first Total dissolved solid (TDS) data, a first flow rate, and a first pressure data of unfiltered input water via a first sensor module installed at an input of a pre-filter module of the water purification apparatus;
obtaining a second TDS data, a second flow rate, and a second pressure data of filtered water through a second sensor module installed at an output of a filter membrane of the water purification apparatus;
obtaining a third TDS data, a third flow rate, and a third pressure data of post-filtered water through a third sensor module installed at an output of a post-filter module of the water purification apparatus;
transmitting data collected by the first, second, and third sensor modules to a remote processor in real-time;
analysing the received data by the remote processor in real-time;
generating a predictive model of water behaviour and water quality of the water purification system by the remote processor, using an Artificial Intelligence (AI) based process, based on the real-time quality analysis;
and
suggesting one or more user actions based on the predictive model.

5 more elements

A system for real-time monitoring of a water purification apparatus, the system comprising:

a sensor system configured to:
obtain a first Total dissolved solid (TDS) data, a first flow rate, and a first pressure data of unfiltered input water through a first sensor module installed at an input of a pre-filter module of the water purification apparatus;
obtain a second Total dissolved solid (TDS) data, a second flow rate, and a second pressure data of filtered water through a second sensor module installed at an output of a filter membrane of the water purification apparatus;
obtain a third Total dissolved solid (TDS) data, a third flow rate, and a third pressure data of post-filtered water through a third sensor module installed at an output of a post-filter module of the water purification apparatus;
and
transmit data collected by the first, second, and third sensor modules to a remote processor in real-time;
and
the remote processor configured to:
analyse the received data in real-time;
generate a predictive model of water behaviour and water quality of the water purification system, using an Artificial Intelligence (AI) based process, based on the real-time quality analysis;
and
suggest one or more user actions based on the predictive model.

9 more elements

A water purification apparatus comprising:

a pre-filter module configured to receive incoming tap water, and output pre-filtered water;
a filter membrane configured to receive pre-filtered tap water, and output filtered water;
a water tank configured to store a predefined quantity of the filtered water;
a post filter configured to receive filtered water, and output post-filtered water;
a sensor system configured to:
obtain a first Total dissolved solid (TDS) data, a first flow rate, and a first pressure data of unfiltered input water through a first sensor module installed at an input of the pre-filter module;
obtain a second TDS data, a second flow rate, and a second
pressure data of filtered water through a second sensor module installed at an output of the filter membrane;
and
obtain a third TDS data, a third flow rate, and a third pressure data of post-filtered water through a third sensor module installed at an output of the post-filter module;
and
a processor configured to:
analyse the data obtained by the sensor system in real-time;
generate a predictive model of water behaviour and water quality of the water purification system, using an Artificial Intelligence (AI) based process, based on the real-time quality analysis;
and
suggest one or more user actions based on the predictive model.

13 more elements

Dependencies are inferred from the claim text.

Systems and methods for real-time monitoring of water purification devices

Life of this patent

Systems and methods for real-time monitoring of water purification devices

Life of this patent

Abstract

Claims20