1. Smart Security

Dynamic Target Monitoring: Ultrasonic sensors are capable of monitoring dynamic targets within an area, effectively functioning even in the dark, enhancing the surveillance capabilities of security systems.

Smart door lock system: By detecting and recognizing the person outside the door and performing authentication, the ultrasonic sensor can be integrated with a smart door lock system to enable automatic door opening.

Video Surveillance System: Integrating ultrasonic sensors into a video surveillance system can provide more comprehensive security protection, enhancing the level of safety prevention through real-time detection and early warning.

2. Smart Home

Environmental Monitoring: Ultrasonic sensors can serve as data collectors, monitoring temperature, humidity, and other factors in real-time to provide accurate environmental data for smart home systems.

Human Detection: In smart lighting, smart air conditioning, and other systems, ultrasonic sensors can detect human activity, location, and quantity, thereby providing customized services such as automatic adjustment of lighting and temperature.

3. Intelligent Healthcare

Medical Monitoring: Ultrasonic sensors are increasingly used in the medical field, such as measuring and analyzing the size of lung nodules in ultrasound systems for lung nodules, improving the accuracy and efficiency of medical diagnoses.

Medical Device Management: In the process of medical device rental and disinfection, ultrasonic sensors can detect the cleaning effect of the devices to ensure their hygiene and safety.

4. Smart Logistics

Cargo Monitoring: Ultrasonic sensors can be used to monitor the weight, temperature, and humidity of cargo, optimizing logistics management and control during transportation.

Autonomous Delivery Truck: In autonomous delivery trucks, ultrasonic sensors can provide precise distance and position monitoring to ensure the safety of people, vehicles, and obstacles around the truck.

5. Smart Office

HVAC and Lighting Control: Ultrasonic sensors can be used to detect occupied rooms in offices, thereby optimizing the heating or cooling of HVAC systems and the switching control of lighting systems for energy conservation.

No-contact Sanitary Equipment: Ultrasonic sensors can also be used in non-contact sanitary equipment such as automatic door access, soap dispensers, faucets, and trash can lids, enhancing the hygiene level of office environments.

6. Industrial Automation

Process Control: During manufacturing, ultrasonic sensors can detect objects passing through the production line, triggering certain parts of the manufacturing process to achieve automated control.

Level Sensing: Ultrasonic sensors have the ability to accurately detect translucent objects, making them suitable for level sensing applications such as monitoring the liquid level in chemical storage tanks.

7. Other Applications

Parking Sensor: In parking lots, ultrasonic sensors are used to monitor the availability of parking spaces, helping drivers quickly find vacant spots.

Trash Bin Sensor: Ultrasonic sensors can also be used to detect the capacity of trash bins, enabling smart waste management.

In summary, the Internet of Things ultrasonic sensor plays an important role in multiple fields such as intelligent security, smart home, intelligent medical care, intelligent logistics, intelligent office, and industrial automation. With continuous technological progress and expansion of application scenarios, its application prospects will be even broader.