AI-based dual-role leasing integration platform

Abstract

This invention relates to an AI-based dual-role rental integration platform, primarily providing a platform for landlords and tenants to use within the same application or network service. It includes a server, a landlord interface, and a tenant interface. The server is equipped with a data association module, an accounting management module, an IoT permission module, and an AI weight allocation module to establish associations between properties, room numbers, leases, tenants, fees, and equipment. It generates bills and reconciliation data based on lease status, and simultaneously activates access control, electricity meters, and electricity usage rules based on lease or payment status. Furthermore, it generates management suggestions, advertising recommendations, discounts, promotions, feedback, profit sharing, or service matching results based on interactive data, enabling real-time adjustments to digital assets, cash flow discounts, promotions, or access control permissions.

Claims

1. A dual-role rental integration platform based on AI computation, for use by landlords and tenants in the same application or network service, the platform comprising: a server, further comprising a data association module, an accounting management module, an IoT permission module and an AI weight allocation module interconnected with each other; and a landlord interface, communicatively connected to the server, for receiving property information, room information, rental conditions information, listing content information, lease information or a combination thereof established by the landlord; A tenant's client interface is a communication connection to the server used to receive tenant registration information, preference information, lease interaction information, payment or stored value information, advertising interaction information, or a combination thereof; This data association module is used to link items, room numbers, leases, tenants, fees, and equipment; this accounting management module is used to automatically generate bills, payment records, overdue payment information, reconciliation information, settlement information, or combinations thereof, based on the lease status. This IoT access module is used to simultaneously grant access permissions, meter status, connected devices, electricity rules, electricity records, or combinations thereof based on lease status and / or payment status. The AI ​​weight allocation module is used to generate management suggestions, advertising recommendations, service recommendations, discounts, preferential treatment, feedback, revenue sharing, or service matching results based on property data, tenant behavior data, fee data, equipment data, or advertising interaction data. After receiving the interaction data from the tenant, the server triggers the AI ​​weight allocation module or a smart contract module to adjust the digital asset permissions, cash flow discount permissions, preferential rights, and / or access control unlock permissions of the landlord, tenant, or platform in real time.

2. As described in Request 1, the dual-role rental integration platform based on AI calculation, wherein the landlord's interface and the tenant's interface are displayed separately by a role permission control module set by the server, so that the landlord can view property, lease, account, equipment and service matching information, while the tenant can view lease, room, equipment, payment, stored value, discount and access permission information.

3. The AI-based dual-role rental integration platform as described in Request 1, wherein the data association module binds the tenant to the corresponding lease, room, equipment, fee items, electricity rules or a combination thereof when the tenant completes registration and / or lease is established.

4. The dual-role rental integration platform based on AI calculation as described in Request 1, wherein the billing management module automatically generates bills based on the lease period, rent amount, deposit, water and electricity fees, management fees or other expense items, and updates the rent collection record, payment status, settlement record and reconciliation result after the tenant completes payment or store value.

5. The AI-based dual-role leasing integration platform as described in Request 1, wherein the IoT permission module automatically updates the activation status, deactivation status, available time period, electricity consumption limit, or electricity billing rules of electronic door locks, access control devices, smart meters, or other connected devices when the lease takes effect, expires, terminates, is paid, is in arrears, or has insufficient stored value.

6. The AI-based dual-role rental integration platform as described in Request 1, wherein the AI ​​weight allocation module calculates a weight value based on the tenant's advertising viewing behavior, payment records, stored value records, electricity usage records, lease status, or service usage records, and generates discount amounts, preferential content, reward points, profit sharing ratios, or service recommendation rankings based on the weight value.

7. The AI-based dual-role leasing integration platform as described in Request 1, wherein the smart contract module automatically executes discounts, profit sharing, preferential distribution, rights unlocking, or permission restrictions based on platform rules, lease terms, payment status, advertising interaction results, or service matching results.

8. The dual-role rental integration platform based on AI calculation as described in Request 1, wherein the AI ​​weight allocation module further generates property management suggestions, advertising suggestions, or operation optimization suggestions based on the landlord's property quantity, vacancy status, rent collection status, equipment malfunction records, tenant interaction records, service demand data, or a combination thereof.

9. As described in Request 1, the AI-based dual-role rental integration platform, wherein all transaction records, payment records, stored value records, access control records, equipment status records, electricity usage records, maintenance service records, customer service records, referral records, discount records, preferential records, feedback records, profit sharing records, service matching records, or combinations thereof, are written back to a database connected to the server for subsequent querying, auditing, analysis, or AI model training.

10. The AI-based dual-role rental integration platform as described in claim 1, wherein after a tenant completes designated advertising viewing, service interaction, questionnaire response, platform task or partner merchant interaction, the platform allocates the rights of rent discount, electricity discount, stored value, points, coupons, service fee discount, access control function unlocking or a combination thereof to the tenant or the landlord according to the calculation results of the AI ​​weight allocation module.

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