TW201719568A - Good-fortune lamp online lighting system enabling to quickly and easily complete the lighting operation of good-fortune lamps chosen by users through the Internet - Google Patents

Abstract

A good-fortune lamp online lighting system in which the interface unit of a good-fortune lamp online lighting server platform provides selections of a plurality of temples and a query service of the selectable lamp-chamber information among all the good-fortune lamp holders in the selected temple, so that a user's electronic communication device may connect the interface unit via the Internet to select a lamp-chamber of the good-fortune lamp holder in the selected temple and a fortune time for lighting up as well, so as to enable the interface unit to transmit data including the lighting request information to the database and the corresponding temple good-fortune lamp management unit for storage, making the selected lamp-chamber lit at a predetermined time to thereby enable the system to complete the lighting operation of good-fortune lamp quickly and easily.

Description

Bright light line lighting system

The invention relates to a lighting system for a bright light line, in particular to a lighting service platform for connecting a line through a network by using a user electronic communication device to select a light lamp room of a temple in a plurality of temples and to make it Light up at a predetermined time.

In the traditional folk beliefs, during the Spring Festival, the custom of going to the temple to pray for the light of the light of the individual or the family is popular. Generally, the way to light a light is to write the name of the individual and the character of the birth of the character in the lamp room of the bright lamp holder. However, when you want to inquire about the lamp room of the light lamp, you need to go to the temple to watch it. Since many lamp rooms are densely covered on the lamp holder, and the font on the lamp room is not easily recognizable, it is often difficult to find the lamp room where the lighter points the light on the temple lamp holder.

In addition, due to the large number of pilgrims in the temple during the Spring Festival, it is often necessary to wait a long time for queuing and waiting for the light, and it is necessary to manually fill in the personal data, causing crowds in the temple.

In view of this, in order to allow users to light up the temple light line through the Internet through a mobile application (App) or an internet browser to meet the lighting needs of the light, and to solve the traditional temple point The problem of crowded crowds, the inventor's years of experience and continuous research and development improvements, have produced the invention.

The main object of the present invention is to provide a light-on-line lighting system for connecting a user's electronic communication device to an interface unit of an on-line lighting servo platform through an Internet. In order to select the temple of the light lamp and inquire about the vacancy of the light lamp room in the selected temple, and then select the light room of the temple light lamp and the scheduled lighting time and complete the lighting information input and payment. The online lighting servo platform transmits the lighting demand data to the corresponding temple light management unit to illuminate the selected bright lamp housing light chamber at its predetermined lighting time.

Another object of the present invention is to provide a light-on-line lighting system, wherein an electronic display is disposed in each of the lamp housings of the bright lamp holder, and the bright lamp holder is provided with at least one wireless device for controlling display information of each lamp room electronic display. The microcontroller can wirelessly connect the wireless microcontroller corresponding to the lamp room through the wireless communication module provided by the temple light management unit to receive the light demand data according to the lighting demand data. The electronic display of the selected lamp room displays the user's lighting information.

For the above purposes, the light-lighting line lighting system of the present invention comprises a plurality of temple light management units, at least one user electronic communication device and an on-line lighting servo platform, wherein the temple light management unit The system is respectively disposed in a plurality of temples provided with a light lamp holder, the light lamp holder is provided with a plurality of lamp rooms; the user electronic communication device is installed with an application program; and the online lighting servo platform is connected through the Internet. The road is connected to the above-mentioned temple light management unit and the user electronic communication device, and includes a database storing information of the temples and the light bases and lamp rooms of the temples and a database connected thereto. The interface unit is configured to provide a query selection of the lamp room information of each temple light lamp holder when the user electronic communication device communicates through the application; wherein when a user passes the application of the user electronic communication device When selecting a lamp room of a temple light lamp and inputting a little light birth information, the application generates at least one pair should The lighting time of the light birth information is selected by the user, and after the selected lighting time, a lighting demand data including the lighting information and the lighting time is transmitted to the database and the corresponding temple light management unit. Store and generate a completion lighting information for the user to view, so that the selected light room is lit at the selected time.

When implemented, the user can select a predetermined lighting time by himself.

In practice, the lamp room of the bright lamp holder is provided with an electronic display, and the light lamp holder is provided with at least one wireless microcontroller for controlling the display information of the electronic display, and the temple light management unit is provided with a wireless connection. A wireless microcontroller controls a wireless communication module that displays information on the electronic display.

In implementation, the wireless communication module of the temple light management unit and the wireless microcontroller adopt a ZigBee transmission protocol or other wireless transmission protocol.

When implemented, the electronic display can be a liquid crystal display module or electronic paper.

In implementation, the lamp room information of the selected temple bright lamp holder includes information of the lamp room vacancy in which the lighting can be selected and the lamp room information that the user has turned on.

In the implementation, the online lighting servo platform further comprises a checkout module connecting the database and the interface unit for performing checkout before the user transmits the lighting demand data, and accordingly generating a closed billing information for Stored in this database.

In implementation, the user electronic communication device is a smart phone, tablet, notebook or desktop computer.

In implementation, the application of the user's electronic communication device can be an internet browser.

In practice, each of the temple light management units further includes at least one camera for photographing the lighted room after the lighting of the selected bright lamp base is completed, and is illuminated by the interface unit. The photo of the lamp room is transmitted to the user's electronic communication device.

In order to further understand the present invention, the specific embodiments of the present invention and the effects achieved thereby are described in detail below with reference to the drawings and drawings.

1‧‧‧ Temple Light Management Unit

10‧‧‧Bright lamp holder

101‧‧‧ lamp room

102‧‧‧Electronic display

103‧‧‧Wireless Microcontroller

11‧‧‧Wireless communication module

12‧‧‧ camera

2‧‧‧Online lighting servo platform

21‧‧‧Database

22‧‧‧Interface unit

23‧‧‧Checkout Module

3‧‧‧User electronic communication device

FIG. 1 is a schematic structural view of an embodiment of a light-on-line lighting system of the present invention.

Figure 2 is a schematic view showing the structure of the lamp holder in the embodiment of Figure 1.

Please refer to FIG. 1 , which is an embodiment of a light-on-line lighting system of the present invention, comprising a plurality of temple light management units, an on-line lighting servo platform 2 and a plurality of user electronic communication devices 3, wherein The temple light management unit 1 is respectively disposed in a plurality of temples provided with a light base 10, and the light base 10 is provided with a plurality of light chambers 101 and a plurality of wireless microcontrollers 103, and each light chamber 101 An electronic display 102 in the form of a liquid crystal display module or an electronic paper is disposed therein, and one of the wireless microcontrollers 103 is simultaneously connected to the electronic display 102 of the plurality of light chambers 101 to control the electronic display 102 of each of the light chambers 101. Display information.

The temple light management unit 1 is provided with a wireless communication module 11 for wirelessly connecting the wireless microcontrollers 103 of the light fixtures 10 in the temples, thereby controlling the display information content of the electronic displays 102 of the lamp rooms 101. . In this embodiment, the wireless communication module 11 of the temple light management unit 1 is a ZigBee wireless communication module, and the wireless microcontroller 103 of the light base 10 is a ZigBee wireless microcontroller, thereby The wireless communication module 11 can perform signal transmission with the wireless microcontrollers 103 using an IEEE 802.15.4/ZigBee transmission protocol. In other embodiments, other wireless transmission protocols, such as WiFi, may also be employed between the wireless communication module 11 and the wireless microcontrollers 103.

The online lighting servo platform 2 includes a database 21, an interface unit 22 and a checkout module 23. The database 21 stores information such as the names and backgrounds of the temples, the number, position and use status of the light fixtures 10 and the lamp compartments 101 in each temple. The interface unit 22 is coupled to the database 21 and the checkout module 23 for the user electronic communication device 3 to connect and transmit data through the Internet. The interface unit 22 connects the temples through the Internet. The lamp management unit 1 is for instantly updating all the lights of the temple light bases 10 in the database 21 The room 101 is in a light state, including a light room 101 vacancy information that can be selected for lighting. The checkout module 23 is a third-party payment tool connected to the interface unit 22 and the database 21, such as PayPal, telecom micropayment, electronic ticket or credit card, etc., for the user to confirm when the lighting operation is continued. The checkout is performed, and after the payment is confirmed, a closed billing data is generated based on the payment transaction data and stored in the database 21.

The user electronic communication device 3 is a smart phone or a tablet computer, and is loaded with an application for on-line lighting, by which the application unit is connected to the interface unit 22 through internet communication to query various temple lights. The lamp room 101 of the seat 10 is informative. In addition, the basic information of the above-mentioned temples and bright lamp holders can be pre-stored in the application, and an input interface is provided for the user to inquire about the lamp room information of the above-mentioned temples and to input their birth information.

In the implementation, the user can connect the interface unit 22 through the Internet through the application of the user electronic communication device 3, and select a temple to be lighted in the list of temples displayed by the application, and then query the office. In the temple, there is a vacancy in the light lamp room 101 in the temple. When the temple of the light lamp and the light room 101 of the temple light base 10 are selected, the user can input the name of the lighter and the birthday information such as the birthday character through the field displayed in the application input interface. After the user inputs the lighting information, the application then uses the numerology analysis method to perform an analysis operation according to the lighter's birthday character information, and correspondingly generates at least one lighting time that meets the lighting information of the lighting, so that the user You can choose one of the lighting hours or enter a predetermined lighting time yourself.

After the user selects the lighting time, the application generates a lighting unit data including the lighting information and the selected lighting time to be transmitted to the interface unit 22 of the online lighting servo platform 2, and through the interface unit 22 The checkout module 23 is linked for the user to checkout. After the checkout is completed, the interface unit 22 generates a billed account including the lighting demand data. And storing in the database 21, and then transmitting the lighting demand data to the corresponding temple light management unit 1 so that the temple light management unit 1 lights up at a predetermined lighting time according to the lighting demand data. The selected lamp compartment is caused by the electronic display 102 of the lamp compartment to display the lighting information in the lighting demand data. At the completion of the above-mentioned checkout operation, the application simultaneously generates a completion lighting information for the user to check to complete the lighting procedure, wherein the completion lighting information may include a pre-stored light lamp socket picture, a lamp room position, and Light the birth information.

In this embodiment, the temple light management unit 1 can be provided with one or more cameras 12 that can capture the appearance of each of the lamp rooms 101 of the temple light base 10, thereby lighting the selected lights at a predetermined lighting time. After the room, the camera 12 is caused to take a picture of the appearance of the selected lamp room 101 after successful lighting for storage in the temple light management unit 1, and the appearance photo of the selected lamp room 101 after successful illumination is passed through the interface. The unit 22 is passed back to the user's electronic communication device 3 for the user to confirm and share to various social platforms (eg, facebook).

In another embodiment of the present invention, the user electronic communication device 3 can be a notebook computer or a desktop computer, and the application is an internet browser. In addition, the interface unit 22 can generate a graphical user interface (GUI) to provide a web browser operation interface and a corresponding operation interface displayed on the user electronic communication device 3, so as to be in the database 21 The list of all the temples stored and the light lamp holders 10 and the light room 101 information of the temples, or the lighting time of the lighting information that meets the lighting information, are displayed in a list for the user to select.

Therefore, the present invention is for a consumer to use a mobile device such as a smart phone or a tablet computer with a network communication function or a desktop computer to connect the online lighting servo platform, so that the selected temple light lamp holder is in a The scheduled time of the Kyrgyzstan time can save the time of the traditional light-lighted boat, avoiding the fact that the light lamp seat is full when you go to the temple site, and you don’t have to wait for the lights in the crowded temple. Can enhance the light of the light Interest.

In summary, according to the above disclosure, the present invention can achieve the intended purpose of the invention, and provide a light lamp socket that can be selected in a plurality of temples through an on-line lighting servo platform and It lights up at a predetermined time so that the user can complete the lighting demand of the light, and can solve the problem of crowded people in the annual festival lighting, which is of great value in the industry, and submits an invention patent application according to law.

1‧‧‧ Temple Light Management Unit

10‧‧‧Bright lamp holder

101‧‧‧ lamp room

103‧‧‧Wireless Microcontroller

11‧‧‧Wireless communication module

12‧‧‧ camera

2‧‧‧Online lighting servo platform

21‧‧‧Database

22‧‧‧Interface unit

23‧‧‧Checkout Module

3‧‧‧User electronic communication device

Claims (10)

A light-lighting line lighting system comprises: a plurality of temple light management units, which are respectively arranged in a plurality of temples provided with a light lamp holder, the light lamp holder is provided with a plurality of lamp rooms; at least one user electronic communication The device has an application installed therein; and an on-line lighting servo platform is connected to the temple light management unit and the user electronic communication device via the Internet, and includes: a database for storing the above Information on the temples and the light bases and light rooms of the temples; and an interface unit connected to the database for providing light to the temples of the temples when the electronic communication device is communicatively connected through the application Room information query selection; wherein when a user selects a lamp room of a temple lamp holder through the application of the user electronic communication device and inputs a light life information, the application generates at least one pair of lighting information The lighting time is selected by the user, and then a lighting information including the lighting information and the lighting time is generated after the selected lighting time Lighting demand data is sent to the temple light beacon management unit storing the database and a corresponding, and generates a complete lighting information for the user to view, so as to select the time of the selected lighting the lamp chamber. The light-emitting line lighting system of claim 1, wherein the user can select a predetermined lighting time. The light-emitting lamp line lighting system of claim 1, wherein each of the lamp housings of the bright lamp holder is provided with an electronic display, and the light lamp holder is provided with at least one wireless micro for controlling the display of the electronic display. The controller, and the temple light management unit is provided with a wireless communication module for wirelessly connecting the wireless microcontroller to control the electronic display to display information. The light-lighting line lighting system of claim 3, wherein the wireless communication module of the temple light management unit and the wireless microcontroller adopt a ZigBee transmission protocol or other wireless transmission protocol. The light-emitting line lighting system of claim 3, wherein the electronic display is a liquid crystal display module or an electronic paper. The light lamp line lighting system according to claim 1, wherein the lamp room information of the selected temple light lamp seat comprises a light room vacancy information of the selectable lighting and a lamp room information of the user having lighted the light. . The light-on-line lighting system as described in claim 1, wherein the online lighting servo platform further comprises a checkout module connecting the database and the interface unit for transmitting the lighting demand data by the user. The checkout is then performed and a checkout data is generated for storage in the database. The light-emitting line lighting system according to claim 1, wherein the user electronic communication device is a smart phone, a tablet computer, a notebook computer or a desktop computer. The light-lighting line lighting system of claim 8, wherein the application of the user electronic communication device is an internet browser. The light-lighting line lighting system according to claim 1, wherein each temple light management unit further comprises at least one camera for lighting the selected bright lamp holder lamp room after lighting is completed. A photograph of the lamp chamber, and the photo of the lit lamp chamber is transmitted to the user electronic communication device through the interface unit.