Four-Faith Intelligent Public Toilet Comprehensive Management Platform, to Achieve Refined Management of Public Toilets
With the continuous promotion of the national "public toilet revolution" construction and the continuous progress of scientific and technological innovation, people have higher and higher requirements for "convenience" and "hygiene". Smart public toilets have become a new form of public toilets under the construction standards of smart cities, which can not only solve the dirty, bad smell and management problems of traditional public toilets, but also provide users with comfortable toilet experience.
Then, how should enterprises proceed from the needs of users, make use of the Internet of Things, big data, cloud computing and other advanced technologies, so that all intelligent terminals that can exercise independent functions can realize the interconnection network, and integrate into the whole process of the construction, operation, maintenance and management of public toilets, build a set of reliable, efficient and accurate intelligent management platform of smart public toilets, and break through the service barriers of traditional public toilets? Making People's Daily travel more convenient and management more efficient is a challenge that needs to be solved.
From the perspective of the public:
Difficulty in finding toilets, lack of proper guidance.
The toilet is not cleaned for a long time, and the environment is dirty, messy, and poor.
Long queues for public toilets, unreasonable toilet space planning, or regional toilet planning.
Public toilets smell seriously bad, toilet facilities are not perfect, and human function is insufficient.
From Management perspective:
Inadequate management of cleaning staff.
Unable to provide effective data for managers to make decisions and analysis.
Management is inefficient, unable to perceive the situation of the toilet and respond promptly.
There is no unified service platform for toilet management and users at all levels.
The Four-Faith intelligent public toilet Integrated management platform is an environmental solution designed specifically to address the challenges of environmental monitoring and management in public toilets, such as "dirty, messy, and poor" conditions, large data management workload, and slow response times. It strengthens the management of public toilet hygiene quality and provides scientific and intuitive data support for managers, allowing them to fully understand the specific situation of public toilets, reduce labor costs, and achieve intelligent and refined management of public toilets, consolidating and enhancing service management levels.
This solution is based on wireless communication technologies such as LoRa, Wi-Fi, 4G/5G, and IoT sensing technologies such as cameras, temperature and humidity sensors, gas sensors, and smoke sensors. The system collects data and uploads it to servers or cloud platforms to achieve intelligent management of the smart public toilet environment and automatic alarms. The smart public toilet realizes new modes such as toilet seat guidance, environmental monitoring and regulation, consumables monitoring management, electrical equipment linkage control, and hygiene disinfection and sterilization. It also provides scientific and reasonable management methods for the environmental hygiene of public toilets and gives new management value to smart cities. Regenerate response.
1. Operation management
The data collected by the sensor technology system of the Internet of Things is uploaded to the server or cloud platform to realize the intelligent management of mobile public toilets, environmental monitoring and regulation, consumables monitoring and management, electrical equipment linkage control and other new modes.
2. Site management
Collect passenger flow data, consumables data, water and electricity consumption data, etc., to provide optimization decisions for public toilet placement and better support for management.
3. Toilet position monitoring
It can monitor the current use status of the toilet space in real time (manned or unmanned), and the data information is visually displayed above the door of the toilet space.
4. Passenger flow monitoring
Support the status monitoring of staff entry and exit, and accurately count the number of visitors received in public toilets.
5. Air quality monitoring
Multi-parameter gas monitoring sensor can simultaneously realize real-time monitoring of temperature and humidity, VOC, ammonia, PM2.5, PM10, smoke and other gases.
6. Energy consumption monitoring
Hydropower energy consumption monitoring, data transmission to the platform to realize remote meter reading, energy consumption statistics, etc.
7. Equipment remote control
Public toilet facilities intelligent linkage, equipment, display and other remote control, realize remote unmanned monitoring management and resource allocation in a larger area, to solve the problem of limited manpower and funds can not timely maintenance of facilities.
8. Site work management
The work efficiency of the responsible person is managed in a closed loop through service evaluation, attendance checking and other ways.
Inadequate management of cleaning staff. Unable to provide effective data for managers to make decisions and analysis. Management is inefficient, unable to perceive the situation of the toilet and respond in a timely manner. There is no unified service platform for toilet management and users at all levels.
To bring greater convenience to citizens/tourists, improve the comfort of people's public life, so that urban environment, health management services become convenient and efficient.
To realize the intelligent management of public toilets, environmental monitoring and regulation, consumables monitoring management, electrical equipment linkage control and other new models.
To give the public toilet industry a brand-new management mode, for public toilet products to give higher commercial value, for public toilet placement to provide optimization decisions, to provide better support for management.
LoRa Temperature and Humidity Sensor Terminal
Four-Faith FST100 LoRa temperature and humidity terminal supports temperature and humidity measurement range of -40℃~ 125℃/ 0 ~ 100% RH, is a wireless data transmission terminal based on LoRa spread spectrum technology, using LoRa network to provide wireless data transmission function for users, using Four-Faith self-developed LoRa module, using ultra-low power consumption design, Built-in high capacity lithium battery, can be used for many years, with IP67 high protection grade, waterproof and dust-proof, designed for harsh environment monitoring applications.
LoRa Sensor Terminal
FST200-00 series LoRa sensor terminal is a wireless data transmission terminal based on LoRa spread spectrum technology, which meets the data transmission terminal that conforms to the interface of various sensors. The terminal adopts Four-Faith self-developed LoRa module, which adopts ultra-low power consumption design and built-in high-capacity lithium battery, which can be used for many years. It adopts IP67 high protection grade, waterproof and dustproof, which is designed for harsh environment monitoring applications.
Ammonia Gas Sensor
The product adopts a high-sensitivity gas detection probe, which has stable signal and high accuracy. It has the characteristics of wide measurement range, good linearity, easy to use, easy to install, and long transmission distance.
The product uses a high-sensitivity gas detection probe with stable signals and high accuracy. It features a wide measurement range, good linearity, easy use, easy installation, and long transmission distance. It outputs both standard bus RS485 and 4-20mA signals, one set of relay switch output, optional frequency output of 200-1000Hz, Hart protocol signal, 1-5V output, and wireless transmission (10-50 km or unlimited distance). It can be monitored in real time remotely through wired or wireless connection, and data can be uploaded to mobile phones or transmitted to environmental protection agencies, other monitoring centers, monitoring devices, and computers via LAN or the Internet. Real-time monitoring of concentration at the site can be achieved through free upper computer software or gas alarm controllers.