Measure the 3D data of the face

By using a ToF camera, you can measure 3D data with RGB + D, which is RGB plus depth. This makes it possible to detect people with higher accuracy than conventional cameras. In addition to human detection, it can also be used for visual inspection and object detection for robots and AGVs.

Measure the position and movement of distant objects

By using a MIMO/FMCW 24GHz radar sensor, it is possible to measure the position (distance/angle) and movement (speed) of an object 200 meters ahead without being affected by external light. This enables surveillance applications that cover large areas both day and night. In addition, heart rate and respiration can be measured by detecting human body movements at a distance of several meters.

measure the composition of a substance

By using PalmSens' ultra-compact potentiostat EmStat Pico, you can easily measure quantitatively and qualitatively of ions and dissolved substances. This makes it possible to analyze the components of various objects such as foods, blood sugar levels, and deterioration of machine oil. You can also view EmStat Pico measurement results on your smartphone app.

measure the air in the room

By using the EH-Terminal G2S, which uses the "uninterrupted wireless" SmartMesh, it is possible to measure TVOC (Total Volatile Organic Compounds), one of the environmental indicators. This makes it possible to easily measure the indoor environment simply by turning on the power. EH-Terminal G2S can also measure temperature, humidity, illuminance, vibration, and shock.

measure soil conditions

By using the Arduino-compatible development support platform CN0398, you can measure the soil data necessary for smart agriculture. This makes it easy to consider application development using soil moisture content, pH, and temperature data.

measure liquid ingredients

By using the Arduino-compatible development support platform CN0428, you can measure water quality using various sensors. This allows you to easily experiment withmultiple sensors when considering the best sensor for the water quality you are measuring.

measure vibration

By using the vibration sensor module ADcmXL3021, it is possible to measure acceleration on three axes. This allows the accelerometer to be attached to the object with standard machine screws to measure vibration. In addition, ADcmXL has built-in signal processing functions such as fast Fourier transform (FFT), and it is possible to acquire information in the time domain and frequency domain.

Measuring high frequency vibration

By using the capacitive vibration pick-up sensor VP8021-A, vibrations can be measured at 10Hz to 10kHz classes. As a result, it is possible to capture fault vibrations from mechanical vibrations that are generally between 10Hz and 20000Hz. In addition, the output specification of VP8021-A is an easy-to-use IEPE output.

Measure vibration with cloud connection

By using Uquest's vibration data logger EMquest-VA and Inventit's gateway, you can measure vibrations with a cloud connection. This will enable easy and low-cost PoC verification of vibration measurement. It also provides a development environment that allows you to create low-code dashboards and apps for the acquired data.

Measuring vibration with edge computing and AI

By using SENSPIDER, it is possible to measure the vibration necessary for factory equipment maintenance. In addition, SENSPIDER enables efficient development in a short time, from acquisition of broadband vibration sensor data, data preprocessing, and implementation of user original AI inference models for building a smart maintenance system (CBM system).