TWM674433U - Smartphone information streaming system - Google Patents

Abstract

This invention provides a smartphone information streaming system, primarily comprising a front-end operating platform device and a back-end operating platform device that exchanges data via the internet. The front-end operating platform device comprises a first intelligent processing module, a payment processing module, and a logistics processing module, all electrically connected within the smartphone body, for measuring physiological data, recommending products, and controlling transaction flows. The back-end operating platform device comprises a second intelligent processing module, a communication module, and a physiological data management module, all electrically connected to each other, and stores and analyzes a second database unit containing genetic testing data, blood test data, and real-time physiological measurement data. The first intelligent processing module exchanges and synchronously analyzes the data of the first database unit with the second database unit of the second intelligent processing module through the communication module to provide personalized healthcare advice and real-time sales services, thereby improving the timeliness and accuracy of health management.

Description

Smartphone information streaming system

This work relates to a smartphone system, specifically a smartphone information streaming system that exchanges information between a front-end user-operated smartphone and a back-end processing and analysis platform.

With the rapid advancement of the internet, artificial intelligence (AI), the Internet of Things (IoT), and wearable technology, smart vending machines have gradually transformed from simple commodity trading platforms into service vehicles that integrate health management and real-time advice. The construction of intelligent systems not only reduces on-site manpower requirements but also enables more precise recommendations and product sales services year-round, significantly improving operational efficiency and customer experience. Furthermore, the advancement of the internet, the Internet of Things, and instant messaging technologies has enabled smartphones to manage and sell related items through the Internet of Things. Furthermore, users can use various wearable devices to measure simple physiological function data. Therefore, it is necessary to provide smartphones that can integrate this information to overcome the lack of knowledge.

Current technology allows for the integration of real-time physiological measurement modules, such as those for blood pressure, heart rate, blood oxygen, and body fat, onto the device itself, allowing for the measurement and collection of user physiological data directly on-site. Furthermore, users may have already undergone genetic and blood tests, and these data can be stored synchronously in a cloud-based backend system. By integrating and analyzing real-time physiological data with stored genetic data, blood test indicators, and other health information, the accuracy and personalization of health advice and supplement recommendations can be enhanced.

However, most existing technologies only support static information push and fail to integrate diverse health data for dynamic analysis and recommendations. Therefore, there is a need for a smart sales system that integrates physiological measurements, data streaming analysis, personalized recommendations, and product sales. This system, through AI computing modules, cross-analyzes real-time physiological indicators, genomic information, and blood test results to provide users with recommendations on the most appropriate health products for their current physical condition, thus achieving truly proactive, people-centered health management services.

The purpose of this project is to provide a smart phone information streaming system that integrates and exchanges data between the front-end platform and the back-end platform.

To achieve the above-mentioned purpose, the present invention provides a smart phone information streaming system, which mainly includes a front-end operating platform device and a back-end operating platform device, and the front-end operating platform device includes a smart phone body and a first intelligent processing module electrically connected, and the smart phone body is electrically connected to a cash flow processing module and a logistics processing module, and the first intelligent processing module further includes a first processing unit and a first database unit electrically connected, wherein the first database unit of the first smart processing module stores at least one cash flow streaming data, at least one cargo streaming data and at least one member streaming data; and the back-end operating platform device includes a second intelligent processing module. group, a communication module and a physiological data management module, and the second intelligent processing module further includes a second processing unit and a second database unit electrically connected, wherein the second processing unit is further electrically connected to the physiological data management module and the communication module, and the second intelligent processing module controls the communication module and the first intelligent processing module to perform two-way data exchange; wherein the first processing unit controls the processing and storage of the cash flow data between the first database unit and the cash flow processing module, controls the processing and storage of the cargo flow data between the first database unit and the logistics processing module, and controls the first database unit to process and store the member flow data.

Furthermore, each of the payment stream data stored in the first database unit includes at least one payment mode packet and at least one payment amount packet, and the first processing unit bidirectionally transmits the payment mode packets and the payment amount packets to the payment flow processing module for data exchange.

Furthermore, each of the cargo flow data stored in the first database unit includes at least one cargo material management package and at least one sales material management package. The first processing unit bidirectionally transmits the cargo material management packages and the sales material management packages to the logistics processing module for data exchange.

Furthermore, the physiological data management module includes a wearable measurement unit and a detection data exchange unit. The second processing unit receives the data transmitted by the wearable measurement unit and the detection data exchange unit through the communication module and stores it in the second database unit.

Furthermore, the second processing unit of the second intelligent processing module acquires data from a third database unit through the communication module for exchange.

Furthermore, the communication module includes a real-time communication unit.

Furthermore, the communication module uses an Internet communication mode to exchange data with the front-end operating platform device.

Furthermore, each member streaming data stored in the first database unit includes at least one member data packet and at least one member purchase data packet.

Furthermore, the first intelligent processing module performs analysis and calculation based on the member data packets and the member purchase data packets of the member streaming data, combined with the cash flow streaming data and the goods flow streaming data, and then notifies through the real-time communication unit of the communication module of the second intelligent processing module.

The smart phone information streaming system of this invention is mainly provided to members for operation and use through the smart phone body of the front-end operation platform device, and the logistics processing module and the cash flow processing module can transmit relevant data to the first smart processing module, so that the first smart processing module stores the cash flow streaming data, the cargo flow data and the member flow data in the first database unit, so that the first database unit can not only communicate with the cash flow processing module And the logistics processing module conducts two-way data exchange and analysis, and also conducts two-way data exchange and analysis with the second database unit through the communication module, and enables the second processing unit to process and calculate the physiological data provided by the physiological data management module, and to notify members of the relevant data in real time through the communication module, or to exchange relevant information streams with the front-end operating platform device. Therefore, the smart phone information streaming system of this invention is convenient to operate.

Several preferred implementations of the technical features and operating methods of this application are briefly described below, along with illustrations, for your review and reference. Furthermore, the figures in this work are drawn for the purpose of illustration and are not necessarily true to scale. The proportions in the figures are not intended to limit the scope of protection sought for this work.

Regarding the technology of this invention, please refer to Figures 1 and 2. This invention provides a smart phone information streaming system, which mainly includes a front-end operating platform device 10 and a back-end operating platform device 20, wherein:

The front-end operating platform device 10 includes a smart phone body 11 and a first smart processing module 12 electrically connected to the smart phone body 11. The smart phone body 11 is electrically connected to a cash flow processing module 111, a logistics processing module 112, a physiological measurement module 113 and a member identification module 114. The first smart processing module 12 further includes a first processing unit 121 and a first database unit 122 electrically connected to the first processing unit 121. The first database unit 122 of the intelligent processing module 12 stores at least one payment stream data 123, at least one goods stream data 124, and at least one member stream data 125. In addition, each payment stream data 123 stored in the first database unit 122 includes at least one payment mode packet 1231 and at least one payment amount packet 1232. The first processing unit 121 combines the payment mode packets 1231 and the payment amount packets 1232. 232 is bidirectionally transmitted to the cash flow processing module 111 for data exchange. In addition, each of the cargo stream data 124 stored in the first database unit 122 includes at least one cargo material management package 1241 and at least one sales material management package 1242. The first processing unit 121 bidirectionally transmits the cargo material management packages 1241 and the sales material management packages 1242 to the logistics processing module 112 for data exchange. Please refer to Figure 2 again. As shown, each member streaming data 125 stored in the first database unit 122 includes at least one member data package 1251 and at least one member purchase data package 1252. The first processing unit 121 analyzes, transmits, and manages the member streaming data 125 and the member purchase data packages 1252. The smartphone body 11 uses the member identification module 114 to identify the user. The identification method can be performed by scanning a QR code or inputting basic data, but is not limited thereto. The smartphone body 11 can provide the user with basic physiological data such as blood pressure, blood oxygen, or heart rate through the physiological measurement module 113 provided, but is not limited thereto; and

The back-end operating platform device 20 includes a second intelligent processing module 21, a communication module 22 and a physiological data management module 23, and the second intelligent processing module 21 further includes a second processing unit 211 and a second database unit 212 electrically connected, wherein the second processing unit 211 is further electrically connected to the physiological data management module 23 and the communication module 22, and the second intelligent processing module 21 controls the communication module 22. The second processing unit 211 receives the data transmitted by the wearable measurement unit 231 and the detection data exchange unit 232 through the communication module 22 and stores it in the second database unit 212. The data transmitted by the detection data exchange unit 232 is stored in the second database unit 212. The data includes gene test data and blood test data, etc., but is not limited thereto. In addition, the second processing unit 211 of the second intelligent processing module 21 extracts data from a third database unit 24 through the communication module 22 for exchange, and the third database unit 24 can be an open database provided by the National Health Administration, etc., but is not limited thereto, and the communication module 22 also includes a real-time communication unit 221. The second intelligent processing module 2 1 Select the required data from the cash flow data 123, the goods flow data 124, and the member flow data 125 transmitted by the first intelligent processing module 12, and then use the instant messaging unit 221 to notify the corresponding member of the required notification message. In this embodiment, the communication module 22 uses an Internet communication mode to exchange data with the front-end operating platform device 10. The instant messaging unit 221 can be an instant messaging software such as LINE, but is not limited thereto;

The first processing unit 121 controls the payment stream data 123 to be processed and stored between the first database unit 122 and the payment processing module 111, controls the cargo stream data 124 to be processed and stored between the first database unit 122 and the logistics processing module 112, and controls the member stream data 125 to be processed and stored in the first database unit 122.

First, please refer to Figure 1. The front-end operating platform device 10 stores the cash flow stream data 123, the goods flow data 124, and the member flow data 125 in the first database unit 122. The smart phone body 11 exchanges the payment mode packets 1231 and the payment amount packets 1232 of the cash flow stream data 123 with the cash flow processing module 111 through the first processing unit 121. , in order to know the fees to be paid for the relevant products or inspections, and the first processing unit 121 will also exchange the cargo material management packages 1241 and the sales material management packages 1242 of the cargo stream data 124 with the logistics processing module 112 in a two-way manner, so that the quantity and usage status of the relevant items can be controlled, and the front-end operation platform device 10 can also exchange the relevant data to the back-end operation platform through the communication module 22. The platform device 20 is used to store the data in the second database unit 212, so that the second database unit 212 not only stores the gene detection data and blood detection data transmitted by the detection data exchange unit 232, but also stores the data of the wearable measurement unit 231 to provide the second intelligent processing module 21 with computing processing and learning analysis, and the second intelligent processing module 21 can notify the corresponding real-time communication unit 221 electrically connected to the communication module 22. , and the first intelligent processing module 12 can analyze the member data packages 1251 and the member purchase data packages 1252 of the member streaming data 125, and combine them with other member data obtained by the smart phone body 11, such as real-time measured heart rate, blood pressure and blood oxygen data, and further provide them to the first processing unit 121 for learning and analysis, so as to provide members with personalized suggestions or opinions on items.

In summary, the smart phone information streaming system of this invention is mainly provided to members for operation and use through the smart phone body 11 of the front-end operation platform device 10, and the logistics processing module 112 and the cash flow processing module 111 can transmit relevant data to the first smart processing module 12, so that the first smart processing module 12 stores the cash flow streaming data 123, the cargo flow data 124 and the member flow data 125 in the first database unit 122, so that the first database unit 122 can not only It performs two-way data exchange and analysis with the cash flow processing module 111 and the logistics processing module 112, and also performs two-way data exchange with the second database unit 212 through the communication module 22. The second processing unit 211 can process and calculate the physiological data provided by the physiological data management module 23, and the relevant data is notified to members in real time by the communication module 22, or the front-end operating platform device 10 exchanges relevant information streams. Therefore, the smart phone information streaming system of this invention is convenient to operate.

The above is a detailed description of the content of this creation. However, what is described above is only a preferred embodiment of this creation and should not be used to limit the scope of implementation of this creation. In other words, all equivalent changes and modifications made within the scope of the patent application for this creation should still fall within the scope of the patent coverage of this creation.

10: Front-end operating platform device 11: Smartphone body 111: Payment processing module 112: Logistics processing module 113: Physiological measurement module 114: Member identification module 12: First intelligent processing module 121: First processing unit 122: First database unit 123: Payment flow data 1231: Payment mode package 1232: Payment amount package 124: Goods flow data 1241: Goods and materials management package 1 242: Sales Material Management Package 125: Member Streaming Data 1251: Member Data Package 1252: Member Purchase Data Package 20: Back-end Operation Platform Device 21: Second Intelligent Processing Module 211: Second Processing Unit 212: Second Database Unit 22: Communication Module 221: Real-time Communication Unit 23: Physiological Data Management Module 231: Wearable Measurement Unit 232: Measurement Data Exchange Unit 24: Third Database Unit

Figure 1: A block diagram of the smartphone information streaming system for this creation. Figure 2: A block diagram of the smartphone information streaming system for this creation with member streaming data.

10: Front-end operating platform device

11: Smartphone body

111: Payment Processing Module

112: Logistics Processing Module

113: Physiological Measurement Module

114: Member Identification Module

12: First Intelligent Processing Module

121: First processing unit

122: First database unit

123: Financial Flow Data

1231: Payment Mode Packet

1232: Payment amount package

124: Cargo streaming data

1241: Cargo Material Management Package

1242: Sales Material Management Package

20: Back-end operating platform device

21: Second Intelligent Processing Module

211: Second processing unit

212: Second database unit

22: Communication Module

221: Instant messaging unit

23: Physiological Data Management Module

231: Wearable Measurement Unit

232: Detection data exchange unit

24: Third database unit

Claims (9)

A smart phone information streaming system mainly includes: a front-end operating platform device, which includes a smart phone body and a first intelligent processing module electrically connected, and the smart phone body is electrically connected to a cash flow processing module and a logistics processing module, and the first intelligent processing module further includes a first processing unit and a first database unit electrically connected, wherein the first database unit of the first smart processing module stores at least one cash flow streaming data, at least one cargo streaming data and at least one member streaming data; and a back-end operating platform device, which includes a second intelligent processing module, a communication module and a physiological data management module. group, and the second intelligent processing module further includes a second processing unit and a second database unit electrically connected, wherein the second processing unit is further electrically connected to the physiological data management module and the communication module, and the second intelligent processing module controls the communication module and the first intelligent processing module to perform two-way data exchange; wherein the first processing unit controls the processing and storage of the cash flow data between the first database unit and the cash flow processing module, controls the processing and storage of the cargo flow data between the first database unit and the logistics processing module, and controls the processing and storage of the member flow data in the first database unit. As described in claim 1, the smart phone information streaming system, wherein each of the money flow stream data stored in the first database unit includes at least one payment mode packet and at least one payment amount packet, and the first processing unit bidirectionally transmits the payment mode packets and the payment amount packets to the money flow processing module for data exchange. As described in claim 1, the smart phone information streaming system, wherein each of the cargo streaming data stored in the first database unit includes at least one cargo material management package and at least one sales material management package, and the first processing unit bidirectionally transmits the cargo material management packages and the sales material management packages to the logistics processing module for data exchange. As described in claim 1, the smart phone information streaming system further includes a wearable measurement unit and a detection data exchange unit, and the second processing unit receives the data transmitted by the wearable measurement unit and the detection data exchange unit through the communication module and stores it in the second database unit. As described in claim 1, the second processing unit of the second intelligent processing module extracts data from a third database unit through the communication module for exchange. The smart phone information streaming system as described in claim 1, wherein the communication module further includes a real-time communication unit. As described in claim 1, the smart phone information streaming system, wherein the communication module adopts an Internet communication mode to exchange data with the front-end operating platform device. The smart phone information streaming system as described in claim 1, wherein each member streaming data stored in the first database unit includes at least one member data package and at least one member purchase data package. As described in claim 8, the smart phone information streaming system, wherein the first intelligent processing module analyzes and calculates the member data packets and the member purchase data packets of the member streaming data, combined with the cash flow streaming data and the goods flow streaming data, and then notifies through an instant communication unit of the communication module of the second intelligent processing module.