The shared massage chair realizes the integration of expensive massage chairs and idle resources in public places, and the use scenarios are very diverse. Transportation hubs, cinemas, shopping malls and other places can become the place for shared massage chairs. Meet the actual needs of users in alleviating fatigue. Therefore, from the perspective of shared massage chair solutions, driven by the gradual deepening of national health awareness, shared massage chairs will have a broad market.
However, to survive, shared massage chairs require both refined operations and profitability. This means that asset management, maintenance and operation management of shared massage chairs are top priorities, and the Internet of Things is the only way to solve these problems.
1. The customer performs QR code scanning payment through the payment function, and the mobile phone uploads the payment information to the cloud operation server. After the server confirms the code scanning information, it sends a start command to the massage chair controller through the communication device. In addition, the massage chair controller transmits status data to the server through the transmission device.
2. Multiple options:
4G: The controller of each massage chair is embedded with a 4G module, and the controller communicates directly with the server through the 4G wireless network.
WIFI+Router: The controller of each massage chair has an embedded WIFI module, and the controller communicates with the server through the wired / 4G Internet through the WIFI router.
Ethernet: After the controller of each massage chair is connected to the switch, it is connected to the Internet through a router to communicate with the server.
LORA: The controller of each massage chair has an embedded Lora module. The controller is connected to the Lora gateway through the Lora network, and then communicates with the server through a 4G / wired connection.
1. Wireless networking and free networking. The communication is stable and reliable, which is convenient for installation and operation.
2. Remote operation management, can remotely view the working status of the equipment.
3. Remote maintenance, automatic fault diagnosis, saving network management and terminal maintenance costs.