Non-intrusive multilayer flexible nano sensing intelligent system

An arrangement comprising:

• a plurality of flexible pieces, wherein the flexible pieces are independently assembled and embedded with electronic components including solid-state sensors, microprocessors, and communication circuits interconnected via flexible conductive materials, and wherein the flexible pieces include mechanical linking elements that interconnect with adjacent flexible and solid pieces, permitting rotation about three-dimensional axes;
• a plurality of solid pieces, wherein the solid pieces incorporate microtubes arranged in geometric patterns, the microtubes being configured to facilitate the flow of coolant or anti-freezing fluid to dissipate heat generated by electronic components mounted on the solid pieces, or to maintain operational temperatures in freezing conditions, and wherein the solid pieces include optional heat-conductive layers shaped in pyramid patterns to increase heat dissipation efficiency by enhancing contact area with surrounding materials;
• a plurality of linking pieces, wherein the linking pieces mechanically interconnect the flexible and solid pieces, and wherein the linking pieces are further configured to enable data communication via electromagnetic coupling between sending and receiving units mounted on the linking and main pieces, and to provide contactless power transfer between adjacent pieces using integrated contactless power units;
• screen-printed electrodes (SPEs) embedded within the flexible and solid pieces, wherein the SPEs are configured for electroanalytical detection of target elements, ions, or species in air, soil, or other environmental contexts, and wherein the SPEs utilize organic compounds, mediators, and nanoparticles for chemical detection or are configured as biosensors, enzymatic sensors, immunosensors, genosensors, or aptasensors;
• molecule proximity detectors integrated into the flexible and solid pieces, wherein the molecule proximity detectors are based on molecularly imprinted polymers (MIPs) and are capable of detecting specific molecules in liquids, including microbial presence responsible for initiating corrosion;
• sealed capsules forming a part of the solid pieces, wherein the sealed capsules house electronic circuits and are configured with outward-extending power and data terminals to facilitate communication with other circuits in the arrangement and with external devices;
• and
• an outer covering shield, wherein the outer covering shield provides mechanical protection and insulation against thermal and environmental factors, thereby ensuring the operational integrity of the interconnected pieces under varying conditions.