TWI644281B - Service system for lighting up illuminating lamp and writing tablet in? temple and method thereof - Google Patents

Abstract

A temple lighting card service system and method thereof, the user device applies for a lighting/plate position through a service server, and performs payment for a lighting/card position through a payment server, and when the payment is completed, the service server generates two The barcode is provided to the user device, and the service server generates the device control command and the device displays the information to control the activation and information display of the lighting/card device, and the temple device opens the receipt of the lighting/plate through the service server to The user device can thereby achieve the technical effect of providing temple lighting service and card service application convenience, management convenience, and convenience of gold flow management.

Description

Temple lighting lamp position service system and method thereof

A service system and method thereof, in particular, a service system and method for a temple lighting card service.

The traditional service of the temple includes a bit of light service and card service. The traditional service process of lighting service and card service is to charge the temple lamp by the temple staff after charging the lighting service and the card service. Lights in the form of candle lights and paper or wooden plates provide the believers with blessings and disasters.

It can be known from the above-mentioned traditional service process that the believers need to go to the temple to apply for the lighting service and the card service in person. If they cannot go to the temple in person, they can only entrust others to go to the temple to apply for the lighting service and the card service. Or you can only give up the lighting service and card service from the temple.

Further, light lamps in the form of oil lamps or candle lamps and paper or wooden tablets are prone to fires, and there are environmental concerns in the form of lamps or wooden lamps in the form of oil lamps or candle lamps.

Since the traditional process of lighting service and card service is to charge the lighting service and the card service through the temple staff, this will also cause a large amount of cash to be stored in the temple, which will not only cause unscrupulous shackles, but also temples. There are also management difficulties for a large amount of cash.

In summary, it can be seen that in the prior art, temple traditional lighting service and card service have long been inconvenient, inconvenient to manage, and inconvenient in cash management, so it is necessary to propose improved technical means to solve this problem.

In view of the prior art problems of temple traditional lighting service and card service, such as inconvenient application, inconvenient management and inconvenient cash management, the present invention discloses a temple lighting card service system and method thereof, wherein: The temple lighting card service system disclosed by the invention comprises: a user device, a service server, a payment server, a temple device and a plurality of lighting/card devices, and the service server further comprises: a position screening unit, a cost calculation The unit, the second interface generating unit and the command information generating unit; the payment server further comprises: a third interface generating unit and a payment unit.

The user device displays and receives a lighting/board application request from the lighting/card application interface, and the lighting/board application request includes user data and application project materials; receiving and displaying the lighting/card device selection interface to self-lighting/ The card device selection interface receives at least a selected position of the lamp/card position; receives and displays the lighting/board fee interface to receive the lighting/card payment request from the lighting/card payment interface; receives and displays the lighting/card payment interface to self-point The light/board payment interface receives the payer information; transmits the lighting/card request request, transmits the lighting/card position selection, transmits the lighting/card payment request, and transmits the payer information.

The service server receives the lighting/board request request from the user device; receives the lighting/card position selection from the user device; receives the lighting/card payment request from the user device; receives the payment completion information; transmits the lighting/card device Selecting the interface to the user device; transmitting the lighting/card fee interface to the user device; transmitting the lighting/posting fee information and the payee information when the service server receives the lighting/card payment request; the transmitting device control command And the device display information; the location screening unit of the service server is to select a suitable at least one lamp/board device position according to the lighting/board application request when the service server receives the lighting/board request request; the service server The cost calculation unit calculates the lighting/posting fee information according to the selected position of the lighting/card position; the second interface generating unit of the service server performs position marking in the device interface according to the selected lighting/card position device to generate Lighting/card device selection interface; lighting/card device selection interface for lighting/card position selection The location mark generates a lighting/board fee interface according to the calculated lighting/posting fee information; and the service server's command information generating unit is to select the lighting/card position when the service server receives the payment completion information. A device control command is generated, and the user profile and the application item data generating device display the information.

The payment server receives the lighting/posting fee information and the payee information from the service server, receives the paying party information from the user device, transmits the lighting/card payment interface to the user device, and transmits the payment completion information to the service server. The third interface generating unit of the payment server is based on the lighting/posting fee information and the payee information to generate a lighting/posting payment interface; and the payment unit of the payment server is based on the paying party information and the payee information. The payment of the lighting/posting fee information, and the payment party information is generated when the payment is completed.

The lighting/card position device and the lighting/card position are respectively corresponding to each other, and the device control command is received from the service server and the device displays the information, and is turned on according to the device control command, and the corresponding information is displayed according to the device display information.

The temple lighting card service method disclosed in the present invention comprises the following steps: First, the user device receives a lighting/board application request from the lighting/card application interface, and transmits a lighting/board application request to the service server, Wherein, the lighting/board application request includes user data and application project information; then, the service server selects a suitable at least one lamp/board device position according to the lighting/board application request; and then, the service server is in the device interface. Positioning is performed according to the position of the selected lighting/card position device to generate a lighting/card device selection interface; then, the service server transmits a lighting/card device selection interface to the user device and displays; and then, the user device The lighting/card device selection interface receives at least a selected position of the lamp/card position and transmits the lighting/card selection position to the service server; then, the service server calculates the lighting/board fee information according to the selected position of the lighting/card position Then, the service server selects the position of the lighting/card position at the lighting/card device selection interface. Marking and generating a lighting/board fee interface based on the calculated lighting/posting fee information; then, the service server transmits a lighting/board fee interface to the user device and displays it; then, the user device lights up / card payment interface receives the lighting / card payment request, and transmits the lighting / card payment request to the service server; then, the service server transmits the lighting / card fee information and the payee information to the payment server; then, the payment The server generates a lighting/posting payment interface according to the lighting/posting fee information and the payee information and transmits it to the user device and displays it; then, the user device receives the paying party information from the lighting/posting payment interface and transmits the information. To the payment server; then, the payment server performs the payment of the lighting/posting fee information according to the paying party information and the payee information, and generates the payment completion information when the payment is completed; then, the payment server transmits Paying the completion information to the service server; then, the service server generates the device control command by lighting the card/selection position, and displaying the information of the user data in the application and the application item data generating device; and then, the service server transmitting device control command And the device displays information to the corresponding lighting/board device; finally, the lighting/card device and the lighting/card selection position correspond to each other to be turned on according to the device control command, and the corresponding information is displayed according to the device display information.

The system and method disclosed by the present invention are as above, and the difference between the prior art and the prior art is that the user device of the present invention performs the lighting/plate application through the service server, and performs the payment of the lighting/card position through the payment server. Upon completion of the payment, the service server generates a two-dimensional barcode and provides it to the user device, and the service server generates the device control command and the device display information to control the activation and information display of the lighting/card device, and the temple device through the service server Open the receipt of the lighting/card position to the user device.

Through the above technical means, the invention can achieve the technical effect of providing temple lighting service and card service application convenience, management convenience and gold flow management convenience.

10‧‧‧User device

20‧‧‧Service Server

21‧‧‧Location screening unit

22‧‧‧cost calculation unit

23‧‧‧Second interface generation unit

24‧‧‧ data generation unit

25‧‧‧Instruction Information Generation Unit

26‧‧‧Receipt generating unit

30‧‧‧Payment Server

31‧‧‧ third interface generation unit

32‧‧‧Payment unit

40‧‧‧ Temple installation

41‧‧‧Query unit

50‧‧‧Lighting/plain device

61‧‧‧Lighting/board application interface

611‧‧‧Enter user data

612‧‧‧Application project information

62‧‧‧Lighting/plain device selection interface

621‧‧‧Lighting/plain selected location

63‧‧‧Lighting/board fee interface

64‧‧‧Lighting/platboard payment interface

65‧‧‧2D barcode

66‧‧‧Receipt information

Step 101‧‧‧ User equipment receives the lighting/board application request from the lighting/card application interface, and transmits a lighting/board application request to the service server, wherein the lighting/board application request includes user information and application Project Information

Step 102‧‧‧ The service server filters out at least one lamp/board position based on the lighting/board request

Step 103‧‧‧ The service server performs position marking in the device interface according to the selected lighting/card position of the device to generate a lighting/card device selection interface

Step 104‧‧‧ Service server transmits the lighting/card device selection interface to the user device and displays

Step 105‧‧‧ User device receives at least one light/card position selected from the lighting/card device selection interface, and transmits the lighting/card position to the service server

Step 106‧‧‧Service server calculates the lighting/posting fee information according to the selected position of the lighting/card position

Step 107‧‧‧ The service server performs the position mark of the selected position of the lighting/card position in the lighting/board device selection interface and generates a lighting/board fee interface according to the calculated lighting/posting fee information

Step 108‧‧‧ The service server transmits the lighting/board fee interface to the user device and displays it

Step 109‧‧‧ User device receives the lighting/card payment request from the lighting/card payment interface, and transmits the lighting/card payment request to the service server

Step 110‧‧‧ Service server transmits lighting/posting fee information and payee information to payment server

Step 111‧‧‧ The payment server generates a lighting/posting payment interface based on the lighting/posting fee information and the payee information to transmit to the user device and display

Step 112‧‧‧ User device receives the payer information from the lighting/postboard payment interface and transmits it to the payment server

Step 113‧‧‧ The payment server performs the payment of the lighting/posting fee information according to the payer information and the payee information, and generates the payment completion information when the payment is completed.

Step 114‧‧‧ The payment server transmits the payment completion information to the service server

Step 115‧‧‧ The service server generates the 2D barcode from the user data in the lighting/board application request and the selected position of the lighting/card position

Step 116‧‧‧ The service server will open the information on the user data in the lighting/board application request, the selected position of the lighting/card position, the lighting/posting fee information, and the payment completion information generation receipt.

Step 117‧‧‧ The service server will generate the device control command for the lighting/card position selection location, and display the information of the user data in the application and the application data generating device

Step 118‧‧‧ The service server transmits the 2D barcode to the user device and stores it

Step 119‧‧‧ Service server transfer device control command and device display information to corresponding lighting/board device

Step 120‧‧‧Lighting/plate device corresponds to the selected position of the lighting/card position, according to the device control command, and displays the corresponding information according to the device display information.

Step 121‧‧‧The service server transmits the receipt opening information to the temple device and displays it

Step 122‧‧‧ Temple installation receives the receipt opening instruction and transmits it to the service server

Step 123‧‧‧ The service server generates the lighting/board receipt data according to the user data in the request for lighting/board application, the selected position of the lighting/card position, and the lighting information of the lighting/posting position

Step 124‧‧‧ The service server transmits the lighting/card receipt data to the user device and displays and stores it

FIG. 1 is a system block diagram of a temple lighting card service system of the present invention.

2A to 2D are flow charts showing the method of the temple lighting card service method of the present invention.

FIG. 3A is a schematic diagram of a lighting/plate application interface of the temple lighting card service system of the present invention.

FIG. 3B is a schematic diagram showing the selection interface of the lighting/card position device of the temple lighting card service system of the present invention.

FIG. 3C is a schematic diagram showing the lighting/board fee interface of the temple lighting card service system of the present invention.

FIG. 3D is a schematic diagram of a lighting/postboard payment interface of the temple lighting card service system of the present invention.

FIG. 3E is a schematic diagram showing the two-dimensional bar code display of the temple lighting card service system of the present invention.

FIG. 3F is a schematic diagram showing the receipt opening information display of the temple lighting card service system of the present invention.

FIG. 3G is a schematic diagram showing the display of the lighting/card receipt data of the temple lighting card service system of the present invention.

FIG. 3H is a schematic diagram of a lighting/plate position device of the temple lighting card service system of the present invention.

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

Hereinafter, an operation system and method according to an embodiment of the present invention will be described with reference to an embodiment, and reference is made to "1" and "2A" to "2D", and "1" is shown. The system block diagram of the temple lighting card service system of the present invention; "2A" to "2D" shows a flow chart of the method for the temple lighting card service method of the present invention.

The temple lighting card service system disclosed in the present invention comprises: a user device 10, a service server 20, a payment server 30, a temple device 40, and a plurality of lighting/card devices 50. The service server 20 further includes: The location screening unit 21, the fee calculation unit 22, the second interface generation unit 23, the data generation unit 24, the instruction information generation unit 25, and the receipt generation unit 26; the payment server 30 further includes: a third interface generation unit 31 and a payment unit 32. .

When the user needs the lighting/plating service provided by the temple, the user can establish a connection with the service server 20 by the user device 10 held by the user to apply for the lighting/plate position. The user device 10 and the service server 20 are connected by a wired transmission method or a wireless transmission method, and the wired transmission method includes a cable network, a fiber network, etc., and the wireless transmission method includes Wi-Fi and 3G. 4G, etc., the user device 10 includes a computer, a notebook computer, a tablet computer, a smart phone, etc., for example, the user device 10 is a computer, and the service server 20 is provided with a lighting/plate service webpage. The user device 10 can be connected to the service server 20 through a browser to obtain the lighting/board service provided by the service server 20; the user device 10 is a smart phone, and the user device 10 is through a pre-installed application. The connection to the service server 20 to obtain the lighting/board service provided by the service server 20 is merely illustrative and is not intended to limit the scope of application of the present invention.

The user inputs the user profile 611 and the application item data 612, the lighting/board application interface 61, the input user profile 611, and the application item data 612 in the lighting/board application interface 61 displayed by the user device 10. Referring to "3A", "3A" is a schematic diagram of the lighting/board application interface of the temple lighting card service system of the present invention. The user data 611 includes the name, contact information, and birthday characters, etc. The application project information 612 includes an application item and an application content, etc., and the application item includes a lighting and a card position, and the application items include a career, an academic, a marriage, a health, etc., which are merely illustrative and are not limited thereto. The scope of application of the present invention.

The user inputs the user profile 611 and the application item information 612 in the lighting/board application interface 61 and presses the confirmation button to trigger the lighting/board application request, the lighting/board application request and the user data 611 and the application. The project information 612, the user device 10 can receive the lighting/board request request from the lighting/board application interface 611, and the user device 10 transmits a lighting/board request request to the service server 20 (step 101).

The service server 20 can receive the lighting/board request request from the user device 10. When the service server 20 receives the lighting/board request request, the location screening unit 21 of the service server 20 requests the application according to the lighting/board application. Filtering out at least one lamp/card position device (step 102), and the location screening unit 21 of the service server 20 filters out the lighting/board device area according to the application item data in the lighting/board application request, that is, screening out The partition area provided by the lighting/card device, which may be a business area, an academic area, a marriage area, a health area, etc., is merely illustrative, and is not limited to the application scope of the present invention. Then, according to the user data in the lighting/board application request, the position of the lighting/card position device in the lighting/card device area is filtered, that is, the position of the lighting/card device in the partition area is selected, and the orientation is, for example, the east and the south. , Western and Northern, etc., are merely illustrative here, and are not intended to limit the scope of application of the present invention.

After the location screening unit 21 of the service server 20 filters out the appropriate at least one lamp/board device position according to the lighting/board request request, the second interface generating unit 23 of the service server 20 is screened in the device interface. The position of the lighting/card position device is marked to generate a lighting/card device selection interface 62 (step 103), and the lighting/card device selection interface 62 is referred to as "3B", and "3B" is shown as A lighting/selection device selection interface diagram of the temple lighting card service system of the present invention. In the lighting/card device selection interface 62, the lighting/card device 50 is represented by a dark dot as the lighting/card device 50 is already in use. In the middle, the lighting/board device 50 is represented by a light-colored dot as the selected lighting/board device position, and the lighting/card device 50 is indicated by a blank as an unused and unscreened lighting/card position. This is for illustrative purposes only and is not intended to limit the scope of application of the present invention. The device interface is the positional interface of all lighting/palette devices 50 in the temple, in addition to the second serving server 20 The interface generating unit 23 may further mark the selected lighting/board device position as a different position mark depending on the number of times used to generate the lighting/card device selection interface.

Then, the service server 20 can transmit the lighting/board device selection interface 62 generated by the second interface generating unit 23 of the service server 20 to the user device 10, and the user device 10 can receive from the service server 20. The lighting/card device selection interface is displayed by the user device 10 to display the lighting/card device selection interface (step 104).

Then, the user can select at least one lighting/card position selection position 621 of the lighting/board device in the lighting/board device selection interface 62 displayed by the user device 10, such as "lighting in the 3B". The card device 50 presents the spot/card position selected position 621 in the form of a diagonal line. After the user selects the lighting/card position selected position of the lighting/card device in the lighting/card device selection interface, the user device 10 The selected position of the lighting/card position can be received from the lighting/card device selection interface 62.

After the user device 10 receives the lighting/card selection position from the lighting/card device selection interface 62, the user device 10 transmits the lighting/card selection position to the service server 20, and the service server 20 can be used by itself. The device 10 receives the lighting/board selection location 621 (step 105).

After the service server 20 receives the lighting/board selection position 621, the fee calculation unit 22 of the service server 20 can calculate the lighting/board fee information according to the lighting/card position selection position 621 (step 106), the service servo The fee calculation unit 22 of the device 20 is multiplied by the lighting/board fee (assumed to be 500 yuan) according to the number of lighting/card-selected positions (in the embodiment, one is taken as an example) to calculate the lighting/board fee. The information (ie, 500 yuan), and the second interface generating unit 23 of the service server 20 performs the position marking of the lighting/card position selection position 621 in the lighting/card position selection interface 62 and according to the calculated lighting/card position The fee information generates a lighting/board fee interface 63 (step 107), as shown in "3C", and "3C" is a schematic diagram of the lighting/posting fee interface of the temple lighting card service system of the present invention.

After the second interface generating unit 23 of the service server 20 generates the lighting/board fee interface 63, the service server 20 transmits the lighting/board fee interface 63 to the user device 10, and the user device 10 can self-service the servo. The device 20 receives the lighting/board fee interface and displays the lighting/board fee interface 63 by the user device 10 (step 108).

When the user selects the payment method and presses the confirmation button to trigger the lighting/card payment request, the user device 10 can receive the lighting/card payment request from the lighting/card fee interface, and the light/plate position is transmitted by the user device 10. Upon payment of the request to the service server 20 (step 109), the service server 20 can receive a lighting/board payment request from the user device 10.

When the service server 20 receives the lighting/board payment request, the service server 20 and the payment server 30 establish a connection through a wired transmission mode or a wireless transmission mode, and the payment server 30 can communicate with the service server 20 and The user device 10 establishes a connection through a wired transmission method or a wireless transmission method, and the wired transmission method includes a cable network, a fiber network, etc., and the wireless transmission method includes Wi-Fi, 3G, 4G, etc., and only To illustrate, this is not intended to limit the scope of application of the invention.

The service server 20 transmits the lighting/board fee information and the payee information pre-stored in the service server 20 to the payment server 30 (step 110), and the payment server 30 can receive the lighting from the service server 20/ The card fee information and the payee information, the above-mentioned payee information includes a bank account name, a bank account number, a payment account number, etc., which are merely illustrative here, and are not intended to limit the scope of application of the present invention.

After the payment server 30 receives the lighting/posting fee information and the payee information, the payment server 30 can generate the corresponding lighting according to the lighting/posting fee information and the payee information and according to the selected payment method. / card payment interface 64 (step 111), as shown in "3D", "No. 3D diagram is a schematic diagram of the lighting/postboard payment interface of the temple lighting card service system of the present invention. The credit card payment interface 64 is exemplified by the credit card payment method, and is not limited to the application scope of the present invention. The lighting/posting payment interface 64 generated by the third interface generating unit 31 of the payment server 30 is transmitted by the payment server 30 to the user device 10.

The user device 10 can receive the lighting/board payment interface 64 from the payment server 30, and the user device 10 displays the lighting/card payment interface 64, and the user can enter the payment in the lighting/card payment interface 64. Party information, the above-mentioned payer information includes bank account name, bank account number, credit card information, payment account number, etc., which are merely illustrative here, and are not intended to limit the scope of application of the present invention.

Then, the user device 10 can receive the payer information from the lighting/card payment interface 64, and the user device 10 transmits the payer information to the payment server 30 (step 112), and the payment server 30 can be used by itself. The device 10 receives the payer information.

Then, the payment unit 32 of the payment server 30 can perform the payment of the lighting/posting fee information according to the paying party information and the payee information, and generate the payment completion information when the payment is completed (step 113), and then The payment completion information generated by the payment unit 32 of the payment server 30 is transmitted by the payment server 30 to the service server 20 (step 114).

The service server 20 can receive the payment completion information from the payment server 30, and the data generating unit 24 of the service server 20 generates a two-dimensional bar code 65 for the user data in the lighting/board application request and the selected position of the lighting/card position. (Step 115), generating the receipt opening information 66 (step 116), and the service server 20 in the lighting/board application request in the user data, the lighting/card selection position, the lighting/posting fee information, and the payment completion information. The command information generating unit 25 selects the lighting/card position selection device control command, and displays the user data in the application and the application item data generating device (step 117).

The service server 20 and the temple device 40 are connected by wired transmission or wireless transmission, and the service server 20 and the lighting/card device 50 are connected by wireless transmission, and the wired transmission method includes a cable network. The above-mentioned wireless transmission methods include Wi-Fi, 3G, 4G, etc., which are merely illustrative, and are not intended to limit the scope of application of the present invention. For example, the temple device 40 is a computer, and the service server 20 can send the receipt opening information 66 to the temple device 40 by sending an email; the temple device 40 is a smart phone, and the service server 20 can be pre-installed in the temple device. The application of 40 receives the receipt opening information 66, which is merely illustrative here and is not intended to limit the scope of application of the present invention.

The service server 20 transmits the two-dimensional barcode 65 generated by the data generating unit 24 of the service server 20 to the user device 10, and the user device 10 can receive the two-dimensional barcode 65 from the service server 20, by the user device. 10 shows a two-dimensional bar code 65, as shown in "3E", and "3E" shows a two-dimensional bar code display diagram of the temple lighting card service system of the present invention, and the user device 10 stores the two-dimensional bar code 65. (Step 118), when the user goes to the temple, the inquiry unit 41 of the temple device 40 performs the location inquiry of the lighting/card device, and the user can also go to the temple. The user data is input through the temple device 40 to perform location inquiry of the lighting/card device.

The service server 20 also transmits the receipt opening information 66 generated by the data generating unit 24 of the service server 20 to the temple device 40, as shown in "3F", and the "3F" is shown in the temple of the present invention. The receipt display information display diagram of the lighting card service system, the temple device 40 can receive the receipt opening information from the service server 20, and the temple device 40 displays the receipt opening information (step 121), and the temple personnel see When the receipt displayed by the temple device 40 opens the information, the inquiry can be made for payment, and after the payment is confirmed, the temple device 40 receives the confirmation from the temple personnel by pressing the confirmation button. The issued receipt opens an instruction and the receipt opening command is transmitted by the temple device 40 to the service server 20 (step 122).

The service server 20 can receive the receipt opening instruction from the temple device 40, and the receipt generating unit 26 of the service server 20 can select the user data, the lighting/card position, and the lighting/plate position according to the lighting/board application request. The fee information generates the lighting/card receipt data 67 (step 123), and the service server 20 transmits the lighting/card receipt data 67 generated by the receipt generating unit 26 of the service server 20 to the user device 10.

The user device 10 can receive the lighting/card receipt data 67 from the service server 20, display the lighting/card receipt data 67 by the user device 10, and store the lighting/card receipt data 67 by the user device 10 (step 124). For example, "3G" and "3G" are schematic diagrams showing the display of lighting/card receipt data for the temple lighting card service system of the present invention.

The service server 20 also transmits the device control command and device display information generated by the command information generating unit 25 of the service server 20 to the corresponding lighting/board device 50 (step 119), and the lighting/card device 50 receives After the device control command and the device display the information, the lighting/board device 50 can be activated according to the device control command, and displayed in the lighting/card device 50 according to the device display information (step 120), such as "3H map". The "3H diagram" is a schematic diagram of the lighting/plate position device of the temple lighting card service system of the present invention. In the "3H diagram", the conventional point mode presentation lighting/card position device 50 is activated and turned on/ The display device in the card device 50 displays the information as "Li Si", which is merely illustrative here and is not intended to limit the scope of application of the present invention.

In summary, it can be seen that the difference between the present invention and the prior art is that the user device of the present invention performs the lighting/plate application through the service server, and performs the payment of the lighting/card position through the payment server, when the payment is completed. The service server generates a two-dimensional barcode and provides it to the user device. And the service server generates the device control command and the device display information to control the activation and information display of the lighting/card device, and the temple device opens the receipt of the lighting/card position to the user device through the service server.

By means of this technical means, it is possible to solve the problems of inconvenient application, inconvenient management and inconvenient cash management in the traditional temple lighting service and the card service existing in the prior art, thereby achieving the convenience and management convenience of providing temple lighting service and card service. The technical efficiency of Jinliu management is convenient.

While the embodiments of the present invention have been described above, the above description is not intended to limit the scope of the invention. Any changes in the form and details of the embodiments may be made without departing from the spirit and scope of the invention. The scope of the invention is to be determined by the scope of the appended claims.

Claims (8)

A temple lighting card service system includes: a user device for displaying and receiving a light/board request request from a light/board application interface, the lighting/board application request including a user profile and an application item Receiving and displaying a light/card device selection interface to receive at least one light/card position selected from the lighting/card device selection interface; receiving and displaying a light/card cost interface to pay from the lighting/card position The interface receives a light/board payment request; receives and displays a light/card payment interface to receive a payer information from the lighting/card payment interface; transmits the lighting/board request request, transmits the lighting/ a card selection location, transmitting the lighting/card payment request, transmitting the payer information; a service server receiving the lighting/board request request from the user device; receiving from the user device Determining a lighting/board selection location; receiving the lighting/card payment request from the user device; receiving a payment completion message; transmitting the Transmitting a card/card device interface to the user device; transmitting the lighting/board fee interface to the user device; and transmitting, when the service server receives the lighting/board payment request Lighting/postage fee information and a payee information; transmitting the device control instruction and the device displaying information; the service server further comprising: a location screening unit, when the service server receives the point When the lamp/board application request is made, the appropriate at least one lamp/board position is selected according to the lighting/board application request; a cost calculation unit calculates a light/board position cost information according to the selected position of the lighting/card position; a second interface generating unit performs position according to the selected lighting/card position device in a device interface Marking to generate the lighting/board device selection interface, wherein the second interface generating unit further comprises the location of the lighting/board device to be selected to be further marked as a different position marker according to the number of times used to generate Determining a lighting/card device selection interface; performing a position mark on the lighting/card position selected position on the lighting/card device selection interface and generating the lighting/card position according to the calculated lighting/posting fee information a fee interface; and an instruction information generating unit, when the service server receives the payment completion information, generating a device control instruction for the lighting/card position selection location, and the user data and the Applying project data to generate a device display information; a payment server receiving the lighting/posting fee information from the service server and the Receiving the payment party information from the user device; transmitting the lighting/card payment interface to the user device; transmitting the payment completion information to the service server; the payment server The device further includes: a third interface generating unit, configured to generate the lighting/board payment interface according to the lighting/posting fee information and the payee information; and a payment unit, performing payment of the lighting/posting fee information according to the paying party information and the payee information, and generating the payment completion information when the payment is completed; and a plurality of a lighting/card position device, wherein the lighting/card position device and the lighting/card position selected position correspond to each other to receive the device control command from the service server and the device display information, according to the device control The command is turned on, and the corresponding information is displayed according to the information displayed by the device. The temple lighting card service system according to claim 1, wherein the location screening unit filters out a light/board device area according to the application item data in the lighting/board application request, and then And filtering the location of the lighting/board device in the lighting/board device area according to the user data in the lighting/board application request. The temple lighting card service system according to claim 1, wherein the temple lighting card service system further comprises: a temple device, receiving and displaying a receipt opening information from the service server, receiving one a receipt opening instruction; transmitting the receipt opening instruction to the service server; the service server receiving the receipt opening instruction; the service server transmitting a two-dimensional barcode to the user device; transmitting Transmitting the receipt information to the temple device; transmitting the lighting/card receipt data to the user device; the service server further comprising: a data generating unit, when the service server receives the When the payment completion information is described, the user data in the lighting/board application request is And generating, by the lighting/card position selection location, the two-dimensional barcode, and the user data, the lighting/card position selected position, the lighting/posting fee information in the lighting/board application request And the payment completion information generates the receipt opening information; and a receipt generating unit is configured to: according to the lighting/card application request, when the service server receives the receipt opening instruction Data, the lighting/card position selection location, and the lighting/posting fee information generating the lighting/card receipt data; and the user device receiving the two-dimensional barcode from the service server and the lighting / Card receipt data and stored. The temple lighting card service system of claim 3, wherein the two-dimensional bar code provides a location query of the lighting/card device through an inquiry unit of the temple device when the user is provided to the temple Use. A temple lighting card service method includes the following steps: a user device receives a light/board request request from a light/board application interface, and transmits the lighting/board application request to a service server, wherein The lighting/board application request includes a user profile and an application project data; the service server filters out at least one lamp/board device location according to the lighting/card request request; the service server Positioning is performed in a device interface according to the selected position of the lighting/card position device to generate a light/card device selection interface, which further includes the position of the lighting/card device to be selected according to the used position. frequency Further labeled as a different location marker to generate the lighting/board device selection interface; the service server transmits the lighting/card device selection interface to the user device and displays; the user device The lighting/board device selection interface receives at least a light/card position selected position and transmits the lighting/card position selected location to the service server; the service server calculates a position according to the lighting/card position a little lamp/card position fee information; the service server performs a position mark of the lighting/card position selection position on the lighting/board device selection interface and generates the said according to the calculated lighting/posting fee information a lighting/board fee interface; the service server transmits the lighting/board fee interface to the user device and displays; the user device receives a light/card from the lighting/post payment interface Paying the request and transmitting the lighting/board payment request to the service server; the service server transmits the lighting/board fee information and a payee Transmitting to a payment server; the payment server generates a light/board payment interface according to the lighting/posting fee information and the payee information and transmits to the user device and displays the information; Receiving, by the user device, a payer information from the lighting/board payment interface and transmitting the information to the payment server; the payment server performing the point according to the payer information and the payee information Payment of the lamp/postage fee information, and generating the payment completion information when the payment is completed; the payment server transmitting the payment completion information to the service server; the service server will The lighting/card position selection position generates a device control instruction, and generates a device display information by using the user data and the application item data in the application; the service server transmits the device control instruction and the The device displays information to the corresponding lighting/board device; and the lighting/card device corresponds to the selected position of the lighting/card position to be turned on according to the device control command, and displays an information display according to the device Corresponding information. The method for service a temple lighting card position according to claim 5, wherein the service server selects a suitable position of at least one lamp/board device according to the lighting/board application request according to the point. Extracting a light/board device area from the application item data in the lamp/board application request, and filtering out the lighting/board device area according to the user data in the lighting/board application request Describe the location of the lighting/board device. The method for service of a temple lighting card position according to claim 5, wherein the temple lighting card service method further comprises the following steps: The service server generates a two-dimensional barcode by using the user data in the lighting/board application request and the lighting/board selection position; the service server requests the lighting/board request The user profile, the lighting/card position selection location, the lighting/posting fee information, and the payment completion information generating a receipt opening information; the service server transmitting the two-dimensional barcode to the The user device transmits and stores the receipt opening information to a temple device and displays the same; the temple device receives a receipt opening instruction and transmits to the service server; the service servo Generating the lighting/board receipt data according to the user data, the lighting/card position selection position, and the lighting/posting fee information in the lighting/board application request; and the service server The lighting/card receipt data is transmitted to the user device for display and storage. The temple lighting card service method according to claim 7, wherein the service server generates the user data in the lighting/board application request and the lighting/board selection position. In the step of two-dimensional bar code, the two-dimensional bar code is used for providing a position inquiry of the lighting/card position device through the temple device when the user is provided to the temple.