Multi-compartment system with automatic electromagnetic field control via network-connected smart electronic devices

Abstract

The term refers to a multi-chamber system with automatic electromagnetic field control via a networked smart electrochemical device including a multi-chamber survey device (20) to survey the effect of the electromagnetic field on the agent for single-celled organisms placed in an isolation and disinfection cabinet (10); the multi-chamber survey device (20) is constructed to include at least two electromagnetic field exposure chambers (22) arranged side-by-side on the device assembly (21); The electromagnetic field exposure chamber (22) consists of a cover (221) and a lid (222) made of Teilon material, a pair of conductive plates (223) to generate an electromagnetic field are placed inside the electromagnetic field exposure chamber (22), the pair of conductive plates (223) are connected to the electromagnetic field generating power source (224) located outside the isolation and disinfection chamber (10), A glass beaker with a lid (225) for holding the solution containing the single-celled microorganisms to be examined is placed between the three conductive plates (223) in the electromagnetic field exposure chamber (22), in which the electromagnetic field generator (224) is configured to provide a continuous or variable electromagnetic field with different pulse output modes with continuous or intermittent pulse output mode, the electromagnetic field generator (224) is integrated with a display screen to show the setting parameters, The control knobs allow for manual setting and operation, and the network connectivity with smart electronic devices via a Wi-Fi module enables operators to control the operation of the magnetic field power supply directly at the system location or remotely via smart electronic devices.