An internet of things intelligent shared mattress and hotel ecological chain operation system and method

Abstract

The application discloses an Internet of Things intelligent shared mattress and hotel ecological chain operation system, which comprises a hotel ecological chain mall, a shared mattress cloud service platform, a plurality of operator management terminals, a plurality of hotel management terminals, a plurality of user terminals, a plurality of intelligent shared mattress systems and mattresses; the Internet of Things intelligent shared mattress system is in communication connection with the shared mattress cloud service platform and is used for sending mattress use states and passenger sleep data to the shared mattress cloud service platform; and the Internet of Things intelligent shared mattress system is in contact with the user terminal and reports sleep data to the user terminal. The application provides a shared mattress based on the Internet of Things, solves people's daily travel, improves sleep quality and hotel experience, establishes an operation system of a hotel ecological chain mall through the entrance, effectively reduces hotel operation cost and improves hotel and passenger experience.

Description

Technical Field

[0001] This invention relates to an IoT-based smart shared mattress and hotel ecosystem operation system and method. Background Technology

[0002] To address the pain points of the hotel industry, such as the need for repeated investment in mattresses, high cost pressures, low transparency in the overall ecosystem, high costs in intermediate links, low guest loyalty, and poor sleep experience, we provide hotels with a series of value-added services. This alleviates the pressure of repeated mattress investment, provides guests with a more comfortable sleep system, and relieves stress and travel fatigue. We also combine advanced 4D somatosensory sound wave therapy systems from home and abroad to enhance the hotel's level and the guest experience. Summary of the Invention

[0003] The technical problem to be solved by the present invention is to overcome the defects of the prior art and provide an Internet of Things smart shared mattress plus hotel ecosystem operation system and method.

[0004] To solve the above-mentioned technical problems, the present invention provides the following technical solution:

[0005] One aspect of the present invention discloses an Internet of Things (IoT) smart shared mattress plus hotel ecosystem operation system, characterized in that it includes a hotel ecosystem mall, a shared mattress cloud service platform, multiple operator management terminals, multiple hotel management terminals, multiple user terminals, multiple smart shared mattress systems, and multiple mattresses.

[0006] The intelligent shared mattress system is communicatively connected to the shared mattress cloud service platform, and is used to send mattress usage status and passenger sleep data to the shared mattress cloud service platform, establish a connection with the user terminal, and report sleep data to the user terminal.

[0007] Multiple user terminals are used for passenger information management, scanning codes to use smart shared mattresses, receiving sleep data, managing points, and logging into the hotel ecosystem mall to redeem and purchase tourism and hotel ecosystem products.

[0008] Multiple hotel management terminals are used to receive guest QR code data, provide requests to the hotel ecosystem system, receive product services provided by the hotel ecosystem, receive guest information pushed by the shared mattress cloud service platform, and provide space to display hotel shared mattresses and related products.

[0009] Multiple operator management terminals are used to manage hotels under the operation and management port, expand the number of hotels, provide engineering and after-sales support for hotels, expand related products of the hotel ecosystem mall, manage advertising and merchant access, so as to make full use of cloud platform big data.

[0010] The shared mattress cloud service platform is used to receive passenger QR code scanning requests, issue instructions, manage passenger use of the shared mattress terminal system, collect customer sleep data, send it to relevant customer terminals, statistically analyze QR code scanning data, allocate QR code scanning revenue according to settings, manage multiple operating terminals, manage multiple hotel terminals, manage multiple shared mattress terminals, and manage the shared mattress allocation system.

[0011] Preferably, the intelligent shared mattress system provides guests with a mattress scanning system, a mobile phone charging system, a headphone music system, a shared mattress sleep aid system, a shared mattress entertainment system, and a 4D sound therapy function.

[0012] Preferably, the system also includes multiple host control terminals distributed in different hotels; the host control terminals are communicatively connected to the shared mattress cloud service platform, receive mattress scanning and usage information, as well as guest sleep status information; and are authorized by the shared mattress cloud service platform to authenticate and power on shared mattresses for guests within the area.

[0013] Preferably, multiple operating terminals are distributed in different areas; the operating terminals are communicatively connected to the shared mattress cloud service platform and the intelligent shared mattress control host, and receive mattress status information; authorized by the shared mattress cloud service platform, they can perform statistics and status queries on the use of shared mattresses in hotels within the area.

[0014] Preferably, the shared mattress cloud service platform and the shared mattress terminal are connected via 4G, NB-IoT, or Wi-Fi wireless communication.

[0015] Another aspect of the present invention discloses an operation method for an IoT-based smart shared mattress plus hotel ecosystem operation system, characterized by comprising the following operation forms:

[0016] S1, Shared Mattress:

[0017] S11. Hotels do not need to purchase mattresses, but provide a quality guarantee deposit for the mattresses they use;

[0018] S12. Passengers can pay for additional mattress features by scanning a QR code with their mobile phones to get a great sleep experience;

[0019] S13. The cloud service platform powers on the selected shared mattress, and the user begins to use the additional functions of the shared mattress.

[0020] S14. The status information of the shared mattress in use is sent to the cloud service platform, and the cloud service platform sends the relevant information to the hotel, operations and customer terminals;

[0021] S2, Cloud Service Platform:

[0022] S21. Operators continue to earn revenue from shared mattress QR code scanning through the cloud service platform;

[0023] S22. Hotels continue to earn revenue from shared mattress QR code scanning through cloud service platforms;

[0024] S23. The company continues to generate revenue from shared mattress QR code scanning through its cloud service platform;

[0025] S3, Hotel Ecosystem Mall Services:

[0026] S31. Hotels that pay for shared mattresses when guests scan the QR code earn revenue and continuously gain customers and better reviews through the platform.

[0027] S32. Passengers' scanned payment will be converted into membership points according to the mall's regulations; they can enjoy the same value of goods at discounts in the hotel's ecosystem mall and get a great value experience.

[0028] S33. Passengers can also purchase other tourism-related products on the platform and get great value for their money.

[0029] S34. Hotels can obtain high-value hotel ecosystem products through the online store, reducing operating costs;

[0030] S35. Hotels can promote their rooms through the online store and enjoy system-recommended guests, thereby increasing occupancy rates.

[0031] The beneficial effects achieved by this invention are:

[0032] This invention addresses the shortcomings of existing hotel mattresses in terms of functionality, the need for repeated investment every five years, the fragmented and scattered supply chain of hotel products lacking economies of scale and efficiency, resulting in high costs, long cycles, low transparency of quality standards, and high costs associated with intermediaries, as well as low levels of smart technology and an inadequate guest experience. This invention provides an IoT-based shared mattress to improve sleep quality and the overall hotel experience during daily travel. This serves as the entry point for establishing an operational system for a hotel ecosystem marketplace, effectively reducing hotel operating costs and enhancing the experience for both hotels and guests. Attached Figure Description

[0033] The accompanying drawings are provided to further illustrate the invention and form part of the specification. They are used in conjunction with embodiments of the invention to explain the invention and do not constitute a limitation thereof. In the drawings:

[0034] Figure 1 This is a system block diagram of the present invention. Detailed Implementation

[0035] The preferred embodiments of the present invention will be described below with reference to the accompanying drawings. It should be understood that the preferred embodiments described herein are for illustration and explanation only and are not intended to limit the present invention.

[0036] like Figure 1 As shown, an IoT-enabled smart shared mattress and hotel ecosystem operation system, which carries the S2B2C business model, includes: a hotel ecosystem mall, a shared mattress cloud service platform, multiple operator management terminals, multiple hotel management terminals, multiple user terminals, multiple smart shared mattress systems and mattresses (which also include a mattress scanning system, a mobile phone charging system, an earphone music system, a shared mattress sleep aid system, a shared mattress entertainment system, and a 4D sound therapy system).

[0037] The cloud service platform, based on the existing shared mattress operation platform, is used for authentication and management of hotels, operators, guests and shared mattress control host terminals, recording user data information, sharing mattress usage status, and querying guest sleep information records, etc. It is used to receive and respond to information and requests from guest terminals and shared mattress control host terminals, and to collect data information from various terminals.

[0038] The passenger terminal is a user-owned communication device, such as a mobile phone, used to activate and use the shared mattress control unit by scanning a QR code. It also sends service requests or related information to the operations management platform and receives feedback or related information. The shared mattress control unit offers various functions, such as powering on, using the device, controlling the time, selecting music, adjusting volume, adjusting vibration and massage, waking the user, and receiving sleep information. The terminal's associated number, along with the user's ID information, constitutes a complete user identity profile for settling shared mattress usage fees, user authentication, and credit management.

[0039] Hotel shared mattresses equipped with a shared mattress control host terminal are used to receive platform information, authenticate guests, power on and off the shared mattresses, record guest sleep information, and respond to function controls initiated by guest terminals. They provide guests with functions such as sleep information recording, massage, sleep aids, and 4D haptic sound therapy. Furthermore, they can interact with information through a cloud service platform to manage the usage status of the shared mattresses.

[0040] Operations management terminals are communication-enabled devices such as mobile phones owned by operations personnel. Their main functions are to manage the market, monitor the operational status of subordinate hotels and shared mattress terminals at any time, manage operational performance, and send service requests or related information to the operations management platform, as well as receive feedback results or related information.

[0041] The hotel ecosystem mall is used to provide hotel ecosystem products and related goods for travelers to choose from and purchase, and to convert travelers who enter through the shared mattress portal into points earned through QR code scanning.

[0042] The shared mattress control host uses an MTK6737 processing chip, asynchronously processes 4-channel bidirectional data, supports 8-channel control output, and receives and processes a large amount of data, including QR code information and sleep monitoring data; providing a convenient customer experience—scan the code, pay online, and start using immediately.

[0043] This embodiment is equipped with a worry-free safety system, using the same power supply system as the computer power supply system, providing 12V2A AC to DC, so there is no safety concern when human contact is involved, and with the built-in and external control modules, it meets the national 3C safety level standard;

[0044] This embodiment uses Bluetooth to connect to mobile phones and TVs, achieving a cinema-level sound experience and 4D motion-sensing effects.

[0045] Finally, it should be noted that the above descriptions are merely preferred embodiments of the present invention and are not intended to limit the present invention. Although the present invention has been described in detail with reference to the foregoing embodiments, those skilled in the art can still modify the technical solutions described in the foregoing embodiments or make equivalent substitutions for some of the technical features. Any modifications, equivalent substitutions, improvements, etc., made within the spirit and principles of the present invention should be included within the protection scope of the present invention.

Claims

1. An IoT-based smart shared mattress and hotel ecosystem operation system, characterized in that, This includes a hotel ecosystem mall, a shared mattress cloud service platform, multiple operator management terminals, multiple hotel management terminals, multiple user terminals, multiple smart shared mattress systems, and multiple mattresses. The intelligent shared mattress system is communicatively connected to the shared mattress cloud service platform, and is used to send mattress usage status and passenger sleep data to the shared mattress cloud service platform, establish a connection with the user terminal, and report sleep data to the user terminal. Multiple user terminals are used for passenger information management, scanning codes to use smart shared mattresses, receiving sleep data, managing points, and logging into the hotel ecosystem mall to redeem and purchase tourism and hotel ecosystem products. Multiple hotel management terminals are used to receive guest QR code data, provide requests to the hotel ecosystem system, receive product services provided by the hotel ecosystem, receive guest information pushed by the shared mattress cloud service platform, and provide space to display hotel shared mattresses and related products. Multiple operator management terminals are used to manage hotels under the operation and management port, expand the number of hotels, provide engineering and after-sales support for hotels, expand related products of the hotel ecosystem mall, manage advertising and merchant access, so as to make full use of cloud platform big data. The shared mattress cloud service platform is used to receive passenger QR code scanning requests, issue instructions, manage passenger use of the shared mattress terminal system, collect customer sleep data, send it to relevant customer terminals, statistically analyze QR code scanning data, allocate QR code scanning revenue according to settings, manage multiple operating terminals, manage multiple hotel terminals, manage multiple shared mattress terminals, and manage the shared mattress allocation system.

2. The IoT-based smart shared mattress and hotel ecosystem operation system according to claim 1, characterized in that, The intelligent shared mattress system provides guests with a mattress scanning system, mobile phone charging system, headphone music system, shared mattress sleep aid system, shared mattress entertainment system, and 4D sound therapy function.

3. The IoT-based smart shared mattress and hotel ecosystem operation system according to claim 1, characterized in that, It also includes multiple host control terminals distributed in different hotels; the host control terminals are connected to the shared mattress cloud service platform to receive mattress scanning and usage information, as well as guest sleep status information; and are authorized by the shared mattress cloud service platform to authenticate and power on shared mattresses for guests in the area.

4. The IoT-based smart shared mattress and hotel ecosystem operation system according to claim 1, characterized in that, Multiple operating terminals are distributed in different areas. The operating terminals are connected to the shared mattress cloud service platform and the smart shared mattress control host to receive mattress status information. Authorized by the shared mattress cloud service platform, they can perform statistics and status queries on the use of shared mattresses in hotels within the area.

5. The IoT-based smart shared mattress and hotel ecosystem operation system according to claim 1, characterized in that, The shared mattress cloud service platform and the shared mattress terminal are connected via 4G, NB-IoT, or Wi-Fi wireless communication.

6. An operation method based on the IoT smart shared mattress plus hotel ecosystem operation system according to any one of claims 1-5, characterized in that, Including the following operating models: S1, Shared Mattress: S11. Hotels do not need to purchase mattresses, but provide a quality guarantee deposit for the mattresses they use; S12. Passengers can pay for additional mattress features by scanning a QR code with their mobile phones to get a great sleep experience; S13. The cloud service platform powers on the selected shared mattress, and the user begins to use the additional functions of the shared mattress. S14. The status information of the shared mattress in use is sent to the cloud service platform, and the cloud service platform sends the relevant information to the hotel, operations and customer terminals; S2, Cloud Service Platform: S21. Operators continue to earn revenue from shared mattress QR code scanning through the cloud service platform; S22. Hotels continue to earn revenue from shared mattress QR code scanning through cloud service platforms; S23. The company continues to generate revenue from shared mattress QR code scanning through its cloud service platform; S3, Hotel Ecosystem Mall Services: S31. Hotels that pay for shared mattresses when guests scan the QR code earn revenue and continuously gain customers and better reviews through the platform. S32. Passengers' scanned payment will be converted into membership points according to the mall's regulations; they can enjoy the same value of goods at discounts in the hotel's ecosystem mall and get a great value experience. S33. Passengers can also purchase other tourism-related products on the platform and get great value for their money. S34. Hotels can obtain high-value hotel ecosystem products through the online store, reducing operating costs; S35. Hotels can promote their rooms through the online store and enjoy system-recommended guests, thereby increasing occupancy rates.

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