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  • Occupancy sensors for accessible restrooms/mother and baby rooms

Occupancy sensors for accessible restrooms/mother and baby rooms


The Occupancy sensors for accessible restrooms is a high-precision sensing device specifically engineered for smart buildings and public spaces. Unlike traditional infrared (PIR) sensors, it utilizes advanced millimeter-wave technology to penetrate obstacles and acutely capture human breathing and micro-movements. This effectively solves the industry pain point where "static human bodies cannot be identified," ensuring accurate detection even when individuals remain motionless.






Intelligent public toilet system
Smart Public Toilet System Product Selection
Smart Public Toilet System Product Selection


Occupancy sensors for accessible restrooms are high-precision environmental sensing devices specifically designed for smart space scenarios. This product accurately detects the presence of people in a space by emitting millimeter waves and receiving signals reflected from minute human movements. It is widely used in special scenarios such as home bathrooms, accessible restrooms, and mother-and-baby rooms, providing users with intelligent and convenient space management solutions and improving the energy efficiency and management level of public facilities.

SUNPN Technology: Millimeter-Wave Radar Sensing Solutions

1、Core Technology: Accurate Identification of Human Presence

This product utilizes human body sensing technology in accessible restrooms, boasting strong signal acquisition capabilities. The human body sensor in accessible restrooms can penetrate obstacles such as clothing and thin wooden boards, accurately detecting human activity, breathing, and subtle movement signals. Whether it's children running and playing in the restroom, adults breathing softly while sitting, or people with disabilities moving slowly with assistive devices, the system can instantly sense and accurately determine whether someone is in the space, completely solving the technical problem of traditional sensors "not triggering when stationary."

2、Intelligent Linkage: Delay-Free Lighting Control and Electrical Equipment Linkage

Based on accurate human presence detection, the Occupancy sensors for accessible restrooms can achieve seamless linkage with electrical equipment such as lighting systems and exhaust devices. When someone enters the space, the system immediately triggers the lights to turn on; after the person leaves, the system confirms no one is present after a delay and automatically turns off the lights and electrical equipment. The entire process is delay-free and responsive, which not only avoids misjudgment issues caused by traditional voice-activated or infrared sensing but also realizes the rapid response of equipment. While enhancing the user experience, it ensures that the equipment is always in the optimal working state.

SUNPN Technology: Millimeter-Wave Radar Sensing Solutions

SUNPN Technology: Millimeter-Wave Radar Sensing Solutions

3、 Energy Conservation and Environmental Protection: Low-Power Design and Automati
c Energy-Saving Mechanism

The Occupancy sensors for accessible restrooms adopts a low-power chip design and is equipped with an automatic energy-saving operation mechanism, effectively extending the service life of the equipment. When no one is present, the system automatically enters the sleep energy-saving mode, so there is no need to worry about energy waste even if the management personnel forget to turn off the equipment manually. This intelligent energy conservation and environmental protection strategy not only reduces the operating costs of public facilities but also complies with the national requirements for green and low-carbon development, contributing to the construction of a resource-saving society.

4、Strong Environmental Adaptability: Stable Operation in All Climates

Millimeter-wave sensing technology has excellent anti-interference performance and is not affected by environmental factors such as temperature, smoke, and dust. Whether in extreme temperature conditions of severe cold or extreme heat, or in the common mist and dust environment of restrooms, the Occupancy sensors for accessible restrooms can maintain stable performance, a wide detection range, and strong anti-interference capabilities, ensuring reliable operation in various complex scenarios and reducing later maintenance costs.

SUNPN Technology: Millimeter-Wave Radar Sensing Solutions

SUNPN Technology: Millimeter-Wave Radar Sensing Solutions

SUNPN Technology: Millimeter-Wave Radar Sensing Solutions

5、 Convenient Installation and System Integration

The Occupancy sensors for accessible restrooms has a diameter of only 75mm and can be installed by ceiling mounting or wall mounting. It supports DC12V power supply and flexible communication methods, with optional IO switch signal or RS485. At the same time, it supports rapid integration with third parties and can be independently integrated into various systems through serial port protocols, or directly use the Tuya WIFI module to achieve wireless connection, easily accessing the existing smart home or smart building management platform.

SUNPN Technology: Millimeter-Wave Radar Sensing Solutions-Product Parameters
SUNPN Technology: Millimeter-Wave Radar Sensing Solutions

6、 Intelligent public toilet system architecture

SUNPN Technology: Millimeter-Wave Radar Sensing Solutions-System Architecture

7、Software Interface Overview


SUNPN Technology: Millimeter-Wave Radar Sensing Solutions-Software Interface Overview

SUNPN Technology: Millimeter-Wave Radar Sensing Solutions-Software Interface Overview

SUNPN Technology: Millimeter-Wave Radar Sensing Solutions-Software Interface Overview

8、Related Products Recommendation


SUNPN Technology: Millimeter-Wave Radar Sensing Solutions-Related Products Recommendation

SUNPN Technology: Millimeter-Wave Radar Sensing Solutions-Related Products Recommendation

SUNPN Technology: Millimeter-Wave Radar Sensing Solutions-Related Products Recommendation

SUNPN Technology: Millimeter-Wave Radar Sensing Solutions-Related Products Recommendation

SUNPN Technology: Millimeter-Wave Radar Sensing Solutions-Related Products Recommendation


Occupancy sensors for accessible restrooms are suitable for public scenarios, such as family restrooms, accessible restrooms, baby care rooms, and other public service places. In these scenarios, they can not only provide the considerate service of "lights on when people come, lights off when people leave" for the elderly, children, people with disabilities, and mothers with babies but also realize remote monitoring and management through the cloud platform, improving the intelligent management level and humanization of public places.

SUNPN Technology: Millimeter-Wave Radar Sensing Solutions-Application Scenarios

 

Product Parameters
Model No. SP-LQ Installation Method Ceiling-mounted / Wall-mounted
Power Supply DC12V Dimensions Diameter: 75mm
Communication Interface IO Switch Signal / RS485
Working Principle The sensor emits millimeter-wave radar signals to detect human micro-movements and determine the presence of people.
Application Scenarios Unisex Restrooms, Nursing Rooms
1、Accurately identify human presence status and solve pain points of traditional induction devices

(1) Core Features: Adopting millimeter-wave radar detection technology, it can penetrate coverings such as clothing and thin wood boards to accurately capture human body movement, breathing and micro-motion signals. It thoroughly solves the defect of traditional infrared devices that fail to trigger when the human body is stationary.

(2) User Value: Occupancy sensors for accessible restrooms provides considerate services for the elderly, children, people with disabilities, maternity and infant groups. It realizes intelligent space management of "lights on upon entry, lights off upon exit" and improves the humanization of public spaces.


2、Seamless smart linkage with zero delay to improve equipment response efficiency

(1) Core Features: Occupancy sensors for accessible restrooms connects seamlessly with lighting systems, ventilation equipment and other devices. Lights turn on instantly when people enter and automatically shut down in unmanned conditions, delivering rapid and delay-free response.

(2) User Value: Occupancy sensors for accessible restrooms eliminates misjudgment issues common to traditional voice-controlled and infrared sensors, keeps equipment operating in optimal condition, and greatly enhances user experience.


3、Energy-saving and eco-friendly design to cut operational costs

(1) Core Features: Equipped with a low-power chip and an automatic energy-saving operation mechanism, the device automatically enters sleep mode when the area is unoccupied.

(2) User Value: Occupancy sensors for accessible restrooms avoids energy waste caused by forgotten manual shutdown of equipment, reduces the operating costs of public facilities, and complies with national green and low-carbon development policies.


4、24-hour security protection, real-time monitoring of abnormal situations

(1) Core Features: The Occupancy sensors for accessible restrooms system monitors the space environment around the clock. Once abnormal intrusion is detected, alarm notifications will be instantly pushed to administrators via the Tuya Smart platform.

(2) User Value: Occupancy sensors for accessible restrooms provides additional safety protection for special areas such as accessible restrooms and nursing rooms. Users can check monitoring data in real-time through the mobile APP to prevent illegal acts.


5、Strong environmental adaptability for stable all-weather operation

(1) Core Features: Free from interference from temperature, smoke, dust and other environmental factors, it maintains stable performance in extreme temperatures, humid foggy and dusty environments.

(2) Core Features: Occupancy sensors for accessible restrooms ensures reliable operation in various complex scenarios and reduces subsequent maintenance costs. It is widely applicable to accessible restrooms, nursing rooms, smart homes, smart fire protection and other scenarios。

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