Empowering Intelligent Development with Smart Brains Sensing and Detection Technology
Highlights: Collects micro-motion signals from piezoelectric films, combines hardware filtering and amplification, and uses software algorithms to monitor human heart rate, respiration and body weight.
Applications: Applied in children's and elderly sleep monitoring bands, smart mattresses and more.
Highlights: Captures audio signals with a voice module, extracts sound from the audio signal, and uses software algorithms to determine snoring levels and frequency.
Applications: Successfully applied in anti-snoring pillows, sleep aid lights, smart mattresses and more.
Highlights: Measures impedance and capacitance between two graphite wires to collect urine volume with an accuracy of ±50%.
Applications: Applied in smart diapers, children's diapers and potentially in scenarios like incontinence care for the elderly.
Overview: Controls thick-film heating power through pulse width modulation (PWM) or digital modulation, combined with a flow-through device, to achieve precise temperature control.
Highlights: Precision temperature control ±2°C, rapid heating in 3 seconds.
Applications: Used in instant water dispensers, heated seats and more.
Overview: Combines hardware and software to sense the moisture content of clothing in a dryer.
Highlights: Converts humidity signals into electrical signals to determine the dryness of the cloth load.
Applications: Implemented in heat pump dryers and heating wire dryers.
Overview: Establishes optimal path planning based on ROS system services and Slam algorithms for mapping models.
Highlights: Achieves point-to-point path planning based on Slam maps.
Applications: Used in robotic vacuum cleaners, smart trash cans, and more.
Overview: Combines structural design to maintain the temperature in the cooling chamber within a certain range, ensuring long-term food freshness.
Highlights: Temperature filtering algorithm + dual-variable frequency with fan/compressor, maintaining cooling chamber temperature within the set range.
Applications: Small Jili refrigerators (triple-door, four-door, dual-system).
Overview: Optimizes temperature measurement algorithms using sensor characteristics in electromagnetic induction heating environments.
Highlights: Minimizes temperature fluctuations during temperature measurement compared to conventional algorithms.
Applications: Used in a category of induction cooktops with baking trays.
Overview: Adjusts temperature algorithms based on different cookware and heating substances.
Highlights: Determines temperature changes under the same power, considering the characteristics of the heated object and deduces temperature change curves at different powers.
Applications: Used in soup cookers, pancake makers and more.
