TECHNOLOGY LICENSING OPPORTUNITYSensors for Passive Temperature Measurement Fabricated using Additive ManufacturingA new technique for manufacturing encapsulated melt wire chips for use in nuclear reactors and other high temperature, harsh environments.
Candidate systems should be able to detect, track and identify Unmanned Underwater Vehicles (UUV) and Unmanned Surface Vehicles (USV) using active and/or passive sensors.
The system must incorporate multiple motion sensors within a single room with multiple entry/exit points for added safety. The system must incorporate dual motion sensors with Passive Infrared motion detection AND movement detection by an accelerometer/gravimeter. The system must have BOTH Bluetooth and Wi-Fi connectivity allowing "Cloud" connectivity for maintaining and monitoring performance, archive capability and remote accessibility.
Department of Energy (DOE), is offering the opportunity to enter into a collaboration to further develop and commercialize its mechanical logic gates.Background: There is a need for passive sensors that can observe the environment for an extended period of time, then reliably respond to a specific state-change event.
Specific efforts that include OTH Audio/Video sensors, novel sensor modalities, and passive audio, machine vision object recognition sensors and can bypass adversarial countermeasures are highly desirable.Focus Area 3: UNMANNED SYSTEMS (UMS): Remotely controlled ground and aerial based systems have become a significant contested technology focus area for USASOC. Multiple solutions are required for the US military to win in the next fight.
The NeXtECU design takes advantage of the Infineon Aurix 2G family of processors and contains a large number of input and outputs such as 12 injector drivers, H-Bridge drivers, Real Time Clock, 36 analog active sensors, 22 passive Inputs, 16 constant current drivers, multiple high side and low side Pulse Width Modulation (PWM) Drivers, 9 CAN Channels, 100BaseT Ethernet, 16 Thermocouples, and Hardware Security Module, to name a few.
The system will comprise the active isolation components (sensors, actuators, passive damping, etc.) as well as the controller for those systems. TECHNICAL SPECIFICATIONS: 1. Load: 1000 - 2000 lbs 2. Active vibration isolation frequency range: 1 Hz to 200 Hz 3. Transmissibility < 0.8 at 2 Hz, < 0.02 above 10 Hz 4. Instrument dimensions: (approx. 36" x 36" x 36") 5. Include option for external driving 6. Support height < 6" 7.
