TWM539673U - Map-guided temple cloud donation system - Google Patents

Description

Map Guided Temple Cloud Donation System

This creation involves a donation system, in particular, a map-guided temple cloud donation system that automatically screens out activity messages suitable for the user and displays them together with the information of the maps, providing users with donations and obtaining electronic receipts.

In recent years, with the gradual popularization and booming of financial technology and the Internet, online banking has become one of the necessary services for banks.

In general, traditional online banking provides a variety of financial goods and services. However, in the part of the temple donation, not all online banks are available. Even if there are only a few temples available for users to choose from, it is not possible to provide targeted information to users according to the folk activities of interest to the users. Say, suppose that the user is only interested in the praying for a temple, but it may only browse a large number of unrelated charitable activities, so there is a problem of poor convenience of donation.

In view of this, some manufacturers have proposed a technology based on the Automated Teller Machine (ATM) donation platform, which provides donation options for the convenience of the public through the ATM installed in the cooperative temple. However, this method is limited to a single temple, time and place. For users who are inconvenient to go out or inconvenient to reach the temple, there are still difficulties in donating. In addition, this method is also unable to provide targeted information to users based on folk activities of interest to the user. It can only make donations to cooperative temples, and cannot donate to different temples that also hold the same folk activities. Therefore, it is limited. Under the premise of a single temple, time and place, the problem of poor convenience of donations cannot be effectively solved.

In summary, it can be seen that there has been a problem in the prior art that the convenience of donation has been poor for a long time, so it is necessary to propose an improved technical means to solve this problem.

This creation discloses a map-guided temple cloud donation system.

First of all, this creation exposes a map-guided temple cloud donation system, which includes: a temple-side host, a database server, and a bank server. Each of the temple-side hosts is configured to transmit the activity message and its corresponding donation account, and after receiving the donation message, generate an electronic receipt for transmission according to the donation message; the database server is configured to store the transmission of each temple-side host. Activity message and its corresponding donation account; the bank server includes: storage unit, screening unit and processing unit. The storage unit stores user information, and each user message includes at least an account number, a household name, a birthday message, and a folk activity of interest; the screening unit is configured to load the corresponding user message after the terminal device logs into the banking server, and The line-to-database server filters the event information according to the birthday message and the folk activity recorded in the user message; the processing unit loads the filtered activity message from the database server, and displays the matching information on the terminal device for selection. After the terminal device completes the selection, the donation amount is allowed to be input, and the donation amount is remitted from the account of the loaded user message to the donation account corresponding to the selected activity message, and after the successful remittance, according to the account number, the account name and the donation amount A donation message is generated to be transmitted to the temple-side host of the corresponding donation account.

The system disclosed in the present application is as above, and the difference from the prior art is that the creation is to transmit the activity message and the donation account to the database server through at least one temple end host, and when the terminal device logs into the bank server, the bank server is based on the bank server. The birth message recorded by the user message and the interesting folk activity are filtered out to display the activity message, so that the matching information is displayed on the terminal device for the user to select and input the donation amount, and the donation amount is transferred from the account to the selected event message. Donate the account number, and generate the donation message and send it to the temple-side host, so that the temple-side host generates an electronic receipt and transmits it to the terminal device.

Through the above technical means, this creation can achieve the technical effect of improving the convenience of donation without being restricted by time and place.

The embodiments of the present invention will be described in detail below with reference to the drawings and the embodiments, so that the implementation process of how to apply the technical means to solve the technical problems and achieve the technical effects can be fully understood and implemented.

Before explaining the map-guided temple cloud donation system disclosed in this work, the nouns defined by the author are explained. The activity message described in this work refers to the activity information of the temple that needs to be donated by the parties, for example, : construction, alteration, maintenance, ceremonies and ceremonies, etc., and the event host and its corresponding donation account are transmitted to the database server for login and storage by the temple host to provide the bank server connection to the database server for enquiry and Filter event messages. In actual implementation, the event information can include the theme of the event, the time of the event and the location of the event, etc., for example: "Event theme: Dajia Town Palace - Mazu around the world; Event time: 2016/04/09 to 2016/04/17 Event location: Taichung, Changhua, "Event theme: Longshan Temple - An Tai Sui; Event time: 2016/01/01 to 2016/12/31; Venue: Wanhua" and "Event theme: Longshan Temple - Le Donation Oily money; event time: 2016/01/01 to 2016/12/31" and so on. In addition, the information of the map refers to map information maps, such as: electronic maps, satellite maps, etc. In actual implementation, the information can be accessed through an application programming interface (API) provided by a government or a private institution. To get, for example: "TGOS MAP API", "Google Maps API" and so on.

The following is a description of the creation of the map-guided temple cloud donation system in conjunction with the schema. Please refer to "Figure 1", "Figure 1" is the system block diagram of the creative map-guided temple cloud donation system. The utility model comprises: a temple end host 110, a database server 120 and a bank server 130. The temple end host 110 is configured to transmit the activity message and its corresponding donation account to the database server 120, and after receiving the donation message transmitted by the bank server 130, generate an electronic receipt according to the donation message for transmission to the terminal device. 140. In practical implementation, the temple terminal host 110 is a computer device of a temple, such as a computer host, a server, etc., and can transmit and receive data through a network, and the network may include: an internet network, a regional network. Roads, virtual private networks, wireless networks, etc., and network equipment can include: fiber, wireless base station, coaxial cable, twisted pair, router, firewall, switch, gateway, network card, etc. .

The database server 120 is configured to store the activity information transmitted by each temple end host 110 and its corresponding donation account. In actual implementation, the database server 120 is also a computer device, which may be a relational database, a non-associated database (NoSQL), etc., and allows the bank server 130 to connect to query for active messages. And screening. That is, the database server 120 allows the activity message transmitted by the temple end host 110 and its corresponding donation account, and allows the bank server 130 to query the activity message for screening. Assuming that the database server 120 is an associated database, the banking server 130 can query and filter the active messages through a Structured Query Language (SQL).

The bank server 130 includes a storage unit 131, a screening unit 132, and a processing unit 133. The storage unit 131 is configured to store user information, and each user message includes at least an account number, a household name, a birthday message, and a folk activity of interest. In actual implementation, the storage unit 131 can use a database or a computer file to store user information, and the storage unit 131 can use a hard disk, a random access memory, a flash memory, and an electronic erasable rewritable read-only memory. Body, reproducible recording of discs, etc. to achieve.

The screening unit 132 is configured to load the corresponding user message after the user logs in to the bank server 130 by using the terminal device 140, and connect to the database server 120 to filter the activity message according to the birthday message and the folk activity recorded in the user message. For example, if the user's birthday message is "1981/08/08" and the folk activity is "An Tai Sui", the screening unit 132 may filter all activity messages related to An Tai's age at the user's life year. If the user's birthday message is "1981/08/08" and the folk activity is "celebration", then the screening unit 132 can filter out all the activities of the celebration of the celebration of the unclear king (the patron saint of the zodiac chicken); The folk activity set by the user is "Le Don", then the screening unit 132 can filter all the activity messages including the word "Le Don". In actual implementation, the screening unit 132 may also select suitable event information according to the birth message, the farmer's calendar, the general book, etc., for example, the result of querying the farmer's calendar or the book according to the birth message, and the folk activities include "blessing" At the time, the screening unit 132 can filter out the activity information about the "point safe light". In practical implementation, in order to facilitate screening and comparison, the classification of the folk activities and activity messages in the database server 120 may be performed, for example, "A001" represents the classification code of "point safe light"; "A002" represents The classification code of "Bright Lights"; "B003" stands for the classification code of "Loke Donations", etc., so that users and temples will not cause differences in cognition between the two because of different ways of text description, and can also improve the query. And the efficiency of the comparison. In addition, the terminal device 140 is a computer device having a network connection function, such as a personal computer, a notebook computer, a tablet computer, a smart phone, a personal digital assistant, and the like.

The processing unit 133 is configured to load the filtered activity message from the database server 120, and the matching information is displayed on the terminal device 140 for the user to select. After the user operates the terminal device 140 to complete the selection, the user is allowed to input. The amount of the donation, and the account number of the loaded user message is sent to the donation account corresponding to the selected event message, and after the successful remittance, a donation message is generated according to the account number, the account name and the donation amount to be transmitted to the corresponding donation account. Temple end host 110. In actual implementation, after the donation message is generated, the donation message may be stored in the storage unit 131, and the corresponding account is associated with the corresponding account for statistical analysis, and the financial product is displayed according to the statistical analysis result, for example, the donation message is analyzed. Knowing that the user prefers to donate to a temple, when the temple and the bank cooperate to launch a credit card (for example, Mazu approval card), the processing unit 133 can guide the user to the credit card application page or send the application. Book to the user. In addition, the processing unit 132 may further comprise counting the cumulative number of donation messages for each account, and generating the donation leaderboards according to the cumulative number, in order to display, and using the asterisk characters to replace some of the accounts when displayed. And the name of the user to protect the privacy of the user.

In another embodiment, when the activity message includes the activity topic, the event time, and the event location, the processing unit 133 may further query the geographic location according to the network address of the terminal device 140, and calculate the geographic location and The relative distance of the activity location is used to display the filtered activity message in the terminal device 140 in order from the near to the farthest based on the relative distance. For example, if the network address of the terminal device 140 is "118.163.145.170", the processing unit 133 can query the Internet service provider (Internet Service) assigned to the Internet address through the "Whois Search". The Provider, ISP) is used. Therefore, in the case where the terminal device 140 does not hide the real network address, it can be known that the geographical location of the terminal device 140 is located in Taiwan. At this time, the processing unit 133 can calculate the relative position of the geographical location and the activity location, assuming that there are three activity locations, the first activity location is "India", the second activity location is "Tibet", and the third activity location is In "Taichung", the relative distance calculated by the processing unit 133 is the third activity place, the second activity place, and the third activity place from near to far, respectively, and is displayed in the same order. In this way, the event location of the same or similar area as the terminal device 140 can be preferentially displayed for the user to browse and donate.

In particular, all of the units included in the banking server 130 can be implemented in various ways, including software, hardware, or any combination thereof. For example, in some embodiments, an integrated circuit (IC) chip, an application specific integrated circuit (ASIC), a system on chip (SoC), or the like can be used. In some embodiments, it may be implemented by a computer program executed on a computer hardware, which is a computer readable and executable instruction stored in a computer readable recording medium, such as a flash drive. , hard drive, random access memory, CD, floppy, punch, etc.

Next, please refer to "Figure 2A" and "2B", "2A" and "2B" are the flow chart of the creation of the map-guided temple cloud donation system, which is applied to the temple-side host 110. In the environment of the database server 120 and the bank server 130, the steps include: each temple end host 110 transmits an activity message and its corresponding donation account to the database server 120 for storage (step 210); the bank server 130 provides a plurality of user messages, each user message including at least an account number, a name, a birthday message, and a folk activity of interest (step 220); when the terminal device 140 logs into the bank server 130, the bank server 130 loads the corresponding user message. And connecting to the database server 120 to filter the activity message according to the birthday message recorded by the user message and the folk activity (step 230); the bank server 130 loads the filtered activity message, and the mapping information is displayed in the The terminal device 140 is available for selection (step 240); when the terminal device 140 completes the selection, the bank server 130 allows the input of the donation amount and the self-loaded user message. The account remits the donation amount to the donation account corresponding to the selected activity message (step 250); after the successful remittance, the bank server 130 generates a donation message according to the account number, the account name and the donation amount to be transmitted to the temple end host 110 of the corresponding donation account. (Step 260); the temple end host 110 generates a corresponding electronic receipt based on the received donation message for transmission to the terminal device 140 (step 270). Through the above steps, the activity message and the donation account can be transmitted to the database server 120 through the at least one temple end host 110. When the terminal device 140 logs into the bank server 130, the bank server 130 records the birthday message according to the user message. And the interesting folk activities select the activity information, so that the matching information is displayed together in the terminal device 140 for the user to select and input the donation amount, and the donation amount is transferred from the account to the selected activity message, and the donation account is generated. The donation message is transmitted to the temple end host 110, causing the temple end host 110 to generate an electronic receipt and transmit it to the terminal device 140.

In addition, after step 240, the geographic location may also be queried according to the network address of the terminal device 140, and the relative distance between the geographic location and the active location may be calculated, and the relative distance may be filtered out from the near to the farthest. The activity message is displayed on the terminal device 140 (step 241). In addition, after the step 260, after the donation message is generated, the donation message may be stored in the storage unit 131, and the corresponding account is established for the statistical analysis, and the financial product is displayed according to the statistical analysis result (step 261). And counting the cumulative number of donation messages for each account, and generating a contribution leaderboard for display according to the cumulative number (step 262).

The following is a description of the following examples in conjunction with "3" to "6". Please refer to "3" and "3" for a contribution to the application of this creation. Assuming that the user logs in to the bank server 130 via the browser 300 of the terminal device 140, the bank server 130 loads the user information corresponding to the user, such as an account number, a household name, a birthday message, and a folklore of interest. Activities and so on. Then, when the user clicks the donation button 331, the bank server 130 connects to the database server 120 to select the matching event information by using the birthday message and the folk activity recorded by the user as the query conditions. For example, suppose the user's birthday message is "August 8, 1981" and the folk activities are "An Tai Sui, Mazu Wing and Longshan Temple". The activity information stored in the database server 120 is "Grand A Zhenjing Palace - Mazu around the world; Event time: 2016/04/09 to 2016/04/17; Venue: Taichung, Changhua, "Longshan Temple - An Tai Sui; Event time: 2016/01/01 to 2016/12 /31; Venue: Wanhua and "Longshan Temple - Le donation of oil and incense; activity time: 2016/01/01 to 2016/12/31" and other three. Then, the screening unit 122 will screen out the "Dajiazhen Yugong-Mazu" and the "Longshan Temple-Lei donation" in the screening, because the user can judge that the user does not need it according to the birthday message and the activity time. Ann is too old. In addition, assuming that the current time has exceeded "2016/04/17", you can also filter out the activity messages of "Dajia Township Palace - Mazu", and only filter out the event information of "Longshan Temple - Music Donation" . Then, the banking server 130 loads the filtered activity message, and can display the filtered activity message in the map block 310 as shown in the "Map 3". The event information can be separately selected according to the event location. Displayed in display blocks (321, 322) indicating different geographic areas for providing user selection. After the user selects by cursor or touch point selection (for example, selects the activity message of "Longshan Temple - Music Donation"), the processing unit 133 generates an input window 340 to provide the user to input the donation amount in the input block 341. . Then, when the user inputs the donation amount (for example, the value 600) and clicks the confirmation component 342, the processing unit 133 remits the donation amount from the account of the loaded user message to the donation account, and after successful remittance, according to the account number The account name and the donation amount generate a donation message for transmission to the temple end host 110 of the corresponding donation account, so that the temple end host 110 generates a corresponding electronic receipt according to the donation message to transmit to the corresponding terminal device 140. At this point, the process of completing the donation and obtaining the electronic receipt.

As shown in "Figure 4", "Figure 4" is a schematic diagram of receiving an electronic receipt at the terminal device after making a donation for the application. As mentioned above, the temple end host 110 generates a corresponding electronic receipt based on the donation message for transmission to the corresponding terminal device 140. Since the donation message corresponding to the activity message includes the account number, the account name and the donation amount, the temple end host 110 can generate the corresponding electronic receipt 411 according to the account name and the donation amount, and the account number is only used for the reconciliation of the temple personnel. Next, the temple end host 110 transmits the electronic receipt 411 to the terminal device 140, such as the smart phone 400 illustrated in FIG. 4, and displays the electronic receipt 411 through the touch screen 410.

As shown in "Picture 5", "Picture 5" is a schematic diagram of the display size of the activity information adjusted according to the activity time of the application. In actual implementation, the activity message may include an activity theme, an activity time, and an activity location, so that in the step of screening the activity message, the folk activity is compared with the activity theme one by one to select a matching activity message, when the terminal device 140 When the browser 300 displays the information information 311 and the filtered activity information in the map block 310, in addition to adjusting the display position of the activity message according to the event location, the display size of the activity message may be adjusted according to the activity time. In this case, since the current time is "2016/04/17 18:25:20", that is to say, the event message "Dajiazhen Yugong-Mazu" has come to an end, so you can use a larger one. The display block 512 displays the activity message in a larger font to remind the user that the event is about to end. As for the event message "Longshan Temple-Lei donation", the smaller display block 511 can be displayed in a smaller font. .

As shown in "Figure 6," "Picture 6" is a schematic diagram showing the financial products based on the statistical analysis of the donation message. In actual implementation, after the processing unit 133 generates the donation message, the donation message may be stored in the storage unit 131, and a corresponding relationship is established with the corresponding account for statistical analysis to display the financial item according to the statistical analysis result. For example, after the user clicks the credit card button 332, it is assumed that the processing unit 133 statistically analyzes the user's donation to the "Dajia Town" and "Longshan Temple" from the donation message corresponding to the user's account. . Then, assuming that the bank has cooperated with the "Dajiazhen Yugong" and "Longshan Temple" to launch the identification card, at this time, the processing unit 133 can display the corresponding financial products (611, 612), such as: Mazu identification card and Longshan Temple. The identification card is even sent to the user by email or real address in order to recommend the user to apply for financial products that may be of interest (611, 612).

In summary, it can be seen that the difference between the present creation and the prior art is that the activity message and its donation account are transmitted to the database server 120 through the at least one temple end host 110, and the bank user logs into the bank server 130 after using the terminal device 140. The banking server 130 filters out the activity message according to the birthday message recorded by the user message and the folk activity of interest, so that the matching information is displayed on the terminal device 140 for the user to select and input the donation amount, and the account is remitted from the account. The donation amount is sent to the donation account of the selected event message, and the donation message is generated and transmitted to the temple end host 110, so that the temple end host 110 generates an electronic receipt and transmits it to the terminal device 140, whereby the prior art can be solved by a technical means. The problem, combined with the resources of many temple activities, provides a donation system that is not limited by time and space, and integrates the technical effect of the flow of gold to improve the convenience of donations.

Although the present invention is disclosed above in the foregoing embodiments, it is not intended to limit the present invention, and any skilled person skilled in the art can make some changes and refinements without departing from the spirit and scope of the present invention. The scope of patent protection shall be subject to the definition of the scope of the patent application attached to this specification.

110‧‧‧ Temple End Host
120‧‧‧Database Server
130‧‧‧Bank server
131‧‧‧ storage unit
132‧‧‧ screening unit
133‧‧‧Processing unit
140‧‧‧ Terminal devices
300‧‧‧ browser
310‧‧‧Map block
311‧‧‧Information
321, 322‧‧‧ display blocks
331‧‧‧ donation button
332‧‧‧ credit card button
340‧‧‧Input window
341‧‧‧Input block
342‧‧‧Confirmation component
400‧‧‧Smart mobile phone
410‧‧‧ touch screen
411‧‧‧Electronic receipt
511, 512‧‧‧ display blocks
611, 612‧‧‧ Financial Merchandise Steps 210‧‧‧ Each temple-side host transmits at least one event message and its corresponding donation account to the database server. Step 220‧‧ The bank server provides multiple user messages. Each user message includes at least one account number, one account name, one birthday message, and at least one folk activity step of interest. 230‧‧‧ When at least one terminal device logs into the bank server, the bank server loads the corresponding User message, and connecting to the database server to filter the activity message according to the birthday message and the folk activity recorded in the user message. Step 240‧‧ The bank server loads the filtered activity message And displaying a map information with the terminal device for selecting a step 241‧‧‧ querying a geographic location according to the network address of the terminal device, and calculating a relative distance between the geographic location and the active location And displaying, according to the relative distance, the filtered activity message in the near-to-far sequence on the terminal device step 250‧‧‧ when the terminal device After the selection, the bank server allows a donation amount to be entered, and the account amount of the user message is re-exported to the donation account corresponding to the selected activity message. Step 260‧‧‧ The bank servo After successful remittance, the device generates a donation message according to the account number, the account name and the donation amount to be transmitted to the temple terminal host corresponding to the donation account. Step 261‧‧‧ After the donation message is generated, the donation message is sent Storing to the storage unit, and correspondingly corresponding to the account for statistical analysis, and displaying at least one financial product step 262‧‧‧ according to the statistical analysis result, counting a cumulative amount of the donation message for each account, and Generating a donation leaderboard according to the cumulative number to perform display step 270‧ ‧ The temple end host generates a corresponding electronic receipt according to the received donation message for transmission to the terminal device

The first picture is a system block diagram of the creative map-guided temple cloud donation system. 2A and 2B are flow charts of the creation of a map-guided temple cloud donation system. Figure 3 is a schematic diagram of the contribution of applying this creation. Figure 4 is a schematic diagram of receiving an electronic receipt at the terminal device after making a donation using the present creation. Figure 5 is a schematic diagram of the application display of this activity to adjust the display size of the event message according to the activity time. Figure 6 is a schematic diagram showing the financial products based on the statistical analysis of the donation message.

110‧‧‧ Temple End Host

120‧‧‧Database Server

130‧‧‧Bank server

131‧‧‧ storage unit

132‧‧‧ screening unit

133‧‧‧Processing unit

140‧‧‧ Terminal devices

Claims (8)

A map-guided temple cloud donation system, the system comprising: a plurality of temple-end hosts, each temple-side host transmitting at least one event message and its corresponding donation account, and after receiving a donation message, according to The donation message generates an electronic receipt for transmission; a database server for storing the activity message transmitted by each temple end host and its corresponding donation account; and a bank server, the bank server includes a storage unit for storing a plurality of user messages, each user message including at least one account number, one account name, one birthday message, and at least one folk activity of interest; a screening unit for logging in at least one terminal device After the bank server, loading the corresponding user message, and connecting to the database server to filter the activity message according to the birthday message and the folk activity recorded in the user message; and a processing unit, Loading the filtered activity message from the database server, and displaying the information in the terminal with a picture information Alternatively, when the terminal device completes the selection, the input of a donation amount is allowed, and the account amount of the user message is re-exported to the donation account corresponding to the selected activity message, and After the successful remittance, the donation message is generated according to the account number, the account name and the donation amount to be transmitted to the temple-side host corresponding to the donation account. According to the map-guided temple cloud donation system of claim 1, wherein the activity message includes an activity theme, an event time, and an event location, and the screening unit compares the folk activity to the activity theme one by one. And correspondingly filtering the activity information, and adjusting a display position of the activity message according to the activity location, and adjusting a display size of the activity message according to the activity time. The map-guided temple cloud donation system according to claim 2, wherein the processing unit further comprises: querying a geographic location according to a network address of the terminal device, and calculating the geographic location and a location of the activity location The relative distance is used to display the filtered activity message in the terminal device sequentially from near to far based on the relative distance. According to the map-guided temple cloud donation system of claim 1, wherein the processing unit generates the donation message, stores the donation message to the storage unit, and associates with the corresponding account for statistics Analyze and display at least one financial item based on statistical analysis results. According to the map-guided temple cloud donation system of claim 1, wherein the processing unit further comprises counting a cumulative quantity of the donation message for each account, and generating one according to the cumulative number. Donate the leaderboard for display. The map-guided temple cloud donation system according to item 5 of the patent application scope, wherein the donation leaderboard can use an asterisk character to replace part of the account number and the account name to protect the user's personal privacy. According to the map-guided temple cloud donation system of claim 1, wherein the storage unit stores the user message using a database or a computer file, the storage unit is a hard disk, a random access memory, a flash memory. At least one of a body and an electronic erasable rewritable read-only memory and a reproducible recording disc or a combination thereof. According to the map guide type temple cloud donation system of claim 1, wherein the screening unit selects the activity message according to the birthday message and the preset farmer's calendar, the book or a combination thereof.