Electrical
LogicApt supports clients across electrical technologies involving power conversion, control circuits, lighting systems, battery management, inverters, motors, inductors, and wireless power systems. LogicApt assists clients in evaluating patented electrical architectures, identifying prior art, and comparing technical implementation across products, standards, and patent literature.
LogicApt has executed patent research projects covering power electronics, electrical control systems, energy-transfer circuits, power-management structures, and electrically controlled devices. The work includes analyzing how electrical systems generate, regulate, transfer, store, and distribute power across industrial, consumer, and energy applications.
LogicApt’s expertise includes:
Power electronics and inverter control
This capability covers electrical power conversion, inverter design, switching circuits, motor-drive systems, control logic, and regulated power delivery. It includes systems where electrical input is converted, shaped, switched, or controlled for a target load or operating condition.
Recent Engagements
Three-Phase Digital Power Inverter System
LogicApt analyzed inverter systems configured for three-phase electrical power conversion. The engagement focused on switching logic, control circuitry, output generation, and motor-drive operation.
Digital Power Inverter Control Method
LogicApt reviewed digital control approaches for inverter systems. The engagement covered mapping power-stage control, electrical signal processing, switching control, and feedback regulation.
Motor Control and Power Delivery Systems
LogicApt worked on electrical systems involving controlled delivery of power to motor-driven loads. The analysis focused on drive signals, switching behavior, current regulation, and load-responsive control.
Battery monitoring and supervisory control
This capability covers battery monitoring, capacity estimation, supervisory control, energy storage management, charge/discharge control, and safety-related power monitoring. It includes systems used in consumer devices, vehicles, energy storage, and connected electrical products.
Recent Engagements
Battery-Capacity Supervisory Control Device
LogicApt worked on battery monitoring and capacity-supervision technologies. The analysis focused on battery state estimation, supervisory control, power management, and device-level electrical monitoring.
Energy Storage Monitoring Systems
LogicApt reviewed systems that monitor energy storage devices and communicate battery condition or operational state. The engagement focused on sensing, control feedback, storage capacity, and power availability.
Electrical Device Power Management
LogicApt analyzed electrical devices having power-control and load-management circuitry. The engagement covered evaluating switching behavior, control inputs, protection features, and electrical operating modes.
Wireless power transfer circuits and inductor structures
This capability covers wireless charging, magnetic coupling, adaptive power sources, transmitter/receiver coils, inductor structures, and power-transfer control. It includes compact electrical systems where electromagnetic coupling or inductive elements are central to operation.
Recent Engagements
Wireless Power Transfer System
LogicApt analyzed wireless power systems involving transmitter/receiver coils and power-transfer control. The engagement focused on coil coupling, electrical transfer efficiency, and power regulation.
Adaptive Power Source for Wireless Transmitters
LogicApt reviewed adaptive source-control systems for wireless power transmitters. The engagement covered mapping power adjustment, transmitter control, and load-responsive electrical behavior.
High-Efficiency Multi-Layer Inductors
LogicApt worked on multi-layer and multi-turn inductor structures used in compact electrical systems. The analysis focused on winding geometry, layer arrangement, magnetic coupling, and efficiency improvement.
LED and lighting control systems
This capability covers LED lighting systems, tunable light sources, lighting control circuits, thermostat devices, and electrically controlled consumer/industrial products. It focuses on how electrical signals control output behavior, device state, and user-facing functionality.
Recent Engagements
Color-Temperature Tunable White Light Source
LogicApt analyzed lighting systems capable of adjusting color temperature. The engagement focused on LED control, light mixing, electrical drive circuits, and user-adjustable lighting output.
Thermostat Communicating with Remote Correspondents
LogicApt reviewed thermostat systems configured for remote communication and environmental control. The engagement covered electrical control circuitry, sensor input, device communication, and remote-control behavior.
LED-Based Electrical Assemblies
LogicApt worked on lighting device structures involving LED components, electrical interconnection, and safety/control features. The analysis focused on circuit layout, power delivery, component interaction, and lighting operation.
Delivering Value Across Electrical Technologies
From power electronics companies and lighting manufacturers to battery-system developers and electrical product businesses, LogicApt helps organizations understand technical differentiation, patent risk, and competitive positioning. LogicApt’s experience enables precise evaluation of electrical circuit behavior, control logic, power delivery, and device-level electrical implementation.
