TW202202073A - Illuminating lamp system for blessing - Google Patents

Abstract

An illuminating lamp system for blessing includes a lamp apparatus including a lamp device, a speaker, a display disposed to the lamp device, a storage module for storing at least one audio item, and a first processor. The first processor is configured to receive a pairing result associated with a correspondence of first user information and the lamp device from the outside of the lamp apparatus and use the pairing result to light up the lamp device, display the first user information on the display, select the audio item from the first storage module, and play the audio item by the speaker. Therefore, it is available for a believer to search for the position of the lamp device with sounds of the audio item, leading to great efficiency in searching, as well as gaining comfort from the sounds.

Description

Blessing lamp system

The present invention is related to lamps, in particular to a prayer lamp system.

In folk beliefs, the bright lamp is a kind of lamp used for blessing, which has the meaning of illuminating the future. Therefore, many believers traditionally go to the temple to light the lamp for themselves and their families during the Lunar New Year.

In general temples, there are usually many lamp bases in the shape of high towers. Each lamp holder is provided with a plurality of bright lamps. When a devotee chooses one of the lanterns for prayer, the temple staff will usually manually hang a sign with the devotee's name and prayer in front of the devotee's chosen lantern to indicate that This light of light belongs to this believer. However, when believers want to find their own lamps of light, because of the large number of lamps, they often need to spend a lot of time searching for them one by one. In addition, in order to accommodate more bright lights to meet the needs of many believers, temples often set the lights very small, and some of the lights are set at too high or too low positions, so even if believers find their own It is still difficult to read the prayers on this bright lamp.

The purpose of the present invention is to provide a multifunctional and digital prayer lamp system.

To achieve the aforementioned purpose, a prayer lamp system provided by an embodiment of the present invention includes a prayer lamp device. The prayer lamp device includes a prayer lamp, a speaker, a display set on the prayer lamp, a first storage module for storing at least one audio data, and electrically connected to the prayer lamp, the speaker, the display and the prayer lamp. a first processor of the first storage module. The first processor is used to receive a first pairing result from outside the prayer lamp device, control the prayer lamp to light up according to the first pairing result, control the display to display a first user data, and select audio data from the first storage module And and play audio material through the player. The first pairing result is associated with a corresponding relationship between the first user data and the prayer lamp.

Another blessing lamp system provided by another embodiment of the present invention includes a blessing lamp device. The prayer lamp device includes a plurality of prayer lamps, a speaker, a plurality of displays respectively arranged on the prayer lamps, a first storage module for storing at least one audio data, and electrically connected to the prayer lamps, the speaker, the display and the a first processor of the first storage module. The first processor is used for receiving a first pairing result from outside the prayer lamp device, controlling one of the blessing lamps to light up according to the first pairing result, controlling the display corresponding to the illuminated blessing lamp to display a first user information, The audio data is selected in the first storage module and the audio data is played through the speaker, wherein the first pairing result is associated with a corresponding relationship between the first user data and the lit prayer lamp.

In other embodiments of the prayer lamp system, the first processor selects the audio data from the first storage module in a random manner. Or, the first pairing result is further associated with the selected audio material, so that the first processor controls the player to play the audio material according to the first pairing result.

In other embodiments of the prayer lamp system, the number of audio data stored in the first storage module is plural, and when the first processor receives a second pairing result from the service platform, the first processor according to the second The pairing result controls one of the other prayer lamps to light up, controls another display corresponding to the illuminated other prayer lamp to display a second user data, and selects another audio data from the first storage module and transmits it through the speaker. The other audio data is played, and the second pairing result is associated with the second user data, a corresponding relationship between the lit another blessing lamp and the selected other audio data.

In other embodiments of the prayer lamp system, the correspondence between the first user profile and the lit prayer lamp in the first pairing result is a random pairing. Or, each prayer lamp corresponds to a pairing condition, the first user data corresponds to a specified condition, and the corresponding relationship between the first user information and the lit prayer lamp in the first pairing result is when the pairing condition matches the specified condition established.

In other embodiments of the prayer lamp system, the first storage module further stores at least one piece of image data, and the first processor controls the display to further display the image data.

In other embodiments of the prayer lamp system, the displayed image data corresponds to the played audio data.

In other embodiments of the prayer lamp system, the prayer lamp system further includes a service platform. The service platform includes an input module for inputting first user data and a second process for generating a first pairing result according to a prayer lamp data table and the first user data for outputting to the first processor device. The prayer lamp data table includes an identification data associated with each prayer lamp. The second processor selects the identification data of the lit prayer lamp from the prayer lamp data table, and sets the selected identification data and the first user data. as at least a part of the first pairing result.

Therefore, the prayer lamp system provided by the present invention can not only display user information such as the user's name through the display provided on the prayer lamp, so as to reduce the workload of the staff, but also by setting the broadcast corresponding to the prayer lamp The device is used to play audio materials such as prayers, so that believers can find their own prayer lamps and listen to their own prayers.

Referring to FIGS. 1 to 3 , a prayer lamp system 1 provided by an embodiment of the present invention includes a prayer lamp device 10 and a service platform 20 . The prayer lamp device 10 includes a processor 11 , a storage module 12 , a communication module 13 , a display unit 14 , a speaker unit 15 and a prayer lamp unit 16 . The processor 11 is electrically connected to the storage module 12 , the communication module 13 , the display unit 14 , the speaker unit 15 and the prayer lamp unit 16 to control the operation of the prayer lamp device 10 . The service platform 20 includes a processor 21 , a storage module 22 , an input module 23 , a communication module 24 and a display 25 . The processor 21 is electrically connected to the storage module 22 , the input module 23 , the communication module 24 and the display 25 to control the operation of the service platform 20 . The prayer lamp device 10 can communicate with the communication module 24 of the service platform 20 through the communication module 13 . The communication method between the prayer lamp device 10 and the service platform 20 may be, for example, but not limited to, wired transmission or wireless transmission.

The functions of the components in the prayer lamp device 10 and the service platform 20 and the operation method of the prayer lamp system 1 will be introduced respectively below. In this embodiment, the display unit 14 includes a plurality of displays 141 , the broadcasting unit includes a plurality of announcers 151 , and the prayer lamp unit 16 includes a plurality of prayer lamps. A prayer lamp 161 is set at each prayer lamp position, and one prayer lamp 161 corresponds to or is matched with at least one display 141 and one speaker 151, and the display 141 and the speaker 151 are arranged on the prayer lamp 161, as shown in FIG. 1 .

After the setting of the prayer lamp system 1 is completed, the storage module 12 can construct one or more databases according to the setting of the program, such as but not limited to the multimedia database 121 and the control database 122 and the like. The multimedia database 121 is used for storing one or more pieces of multimedia data, such as audio data, video data, video data or a combination thereof. The audio material can be, for example, but not limited to, welcome speech, prayer speech, religious scripture speech, music, sound effects, or a combination thereof. The image data can be, for example, but not limited to, portraits. The control database 122 can be used to store data or forms required for operation, such as but not limited to a data table related to the prayer lamp (ie, a prayer lamp data table), a comparison table of audio data and image data, and the like.

Similarly, the storage module 22 can also construct one or more databases according to the settings of the program, such as but not limited to the member database 221 and the control database 222 and the like. The member database 221 may be used, for example, for long-term storage or storage of one or more member data with a time limit. Member information is, for example, personal information entered by a believer who wants to light the prayer lamp on the service platform 20, such as but not limited to name, contact number, the most recent merit money, the accumulated merit money, and the identification of the last prayer lamp that was clicked on. data or a combination thereof. The control database 222 can be used to store programs, data, forms or combinations thereof required for operation, such as but not limited to programs and data associated with the user interface, a comparison table between the identification data and addresses of the prayer lamps, the available prayer lamps list, audio data list, video data list, or a combination thereof, etc.

In this way, the processor 21 can provide a user operation interface by using the programs and data stored in the storage module 22 and related to the user operation interface, and display the user operation interface on the display 25 . The input module 23 may include, for example, but not limited to, a keyboard, a touch screen, a mouse, and the like. Since the processor 21 is electrically connected to the input module 23 , the input module 23 can be used to input the personal data of the believers on the user interface as a part of the member data, as shown in step S11 of FIG. 3 . For example, personal information such as but not limited to the name, contact number and the like of the believer can be input as the user information. In addition, the user operation interface can also, for example, present a plurality of options and information related to the prayer lamp 161 for reference and selection by the believers, as shown in step S11 . For example, the user operation interface may present, for example, but not limited to, the location information of the currently selectable prayer lamps, the amount information of the merit gold (or lighting fee), and the like. To achieve the above functions,

When the processor 21 receives the input member information and member selection, the processor 21 can select a currently available prayer lamp 161 according to the member information, the member selection and the list of currently available prayer lamps, so as to carry out the membership and prayer lamp 161 selection process. Pairing jobs and generating a pairing result, as in step S13. Specifically, when inputting, for example, the name and contact number of a follower as member information on the user operation interface, the processor 21 can extract, for example, the name of the follower from the member data as user data. On the user operation interface, the believers' preference for the prayer lamps 161 is input, such as the location, area, quantity of the prayer lamps 161 to be lit, or the amount of merit to be paid. Lamp 161 preferences and a comparison table of prayer lamp identification data and addresses are randomly matched. Examples are given below to illustrate.

In an example where the user interface can display the location map of the prayer lamps 161 for selection for the believers to select, the believers can select the prayer lamp 161 to be lit on the location map, and then the processor 21 can identify the data from the prayer lamps The identification data (eg, identification code) and location information of the selected prayer lamp 161 are searched in the comparison table with the address, and then paired with the user data to generate a pairing result.

Alternatively, in the case where the user operation interface can display selectable prayer lamp areas, such as which numbered lamp socket, believers can select one of the prayer lamp areas, and then the processor 21 can identify the data and location from the prayer lamp. At least one prayer lamp 161 is randomly selected from the address comparison table and the list of available prayer lamps, the identification data of the at least one prayer lamp 161 and its location information are searched, and then paired with the user data to generate a matching result.

Alternatively, in the case where the user operation interface can display the number of options available for selection, the devotees can select one of the number options, such as 2, and then the processor 21 can identify the data and the address from the prayer lamp from the comparison table and the address. Two prayer lamps 161 are randomly selected from the list of available prayer lamps, and their identification data and location information are searched for, and then paired with the user data to generate a matching result.

Alternatively, in an example where the user interface can display the available merit amount measurement options, assuming that each merit amount measurement option has a corresponding prayer lamp area, the believers can select one of the merit amount measurement options, and then the processor 21 . At least one prayer lamp 161 can be randomly selected from the comparison table of the identification data and the address of the prayer lamp and the list of available prayer lamps, and its identification data and location information can be searched for, and then paired with the user data to generate a matching result .

Although the above-mentioned examples are mostly based on random pairing, the present invention is not limited to the above-mentioned examples. In other embodiments, the processor 21 may select a prayer lamp 161 for pairing with a preset rule. to execute. For example, each prayer lamp 161 has a corresponding pairing condition, such as but not limited to the amount of merit money paid at the time, the amount of accumulated merit money, the number of lights at the current time or the accumulated number of lights, etc.; and the processor 21 A specified condition can be selected from the membership information and member selection according to presets, such as but not limited to the size of the merit money paid at the time, the accumulated merit amount, the number of lights at the current time or the cumulative number of lights on, etc.; and When the specified conditions of the believers meet the matching conditions of at least one prayer lamp 161 , the processor 21 can select the at least one prayer lamp 161 that meets the conditions, which can not only improve the efficiency of screening, but also enable more matching conditions. The position of the prayer lamp 161 that can be allocated by the believers is better.

After the pairing result is generated, the processor 21 encodes the pairing result to generate encoded data, which is then transmitted to the prayer lamp end through the communication module 24, as in step S15. Specifically, the pairing result may include, for example, the user information and the identification code of the selected prayer lamp 161. The processor 21 encodes the user information and identification code according to the specifications of the communication protocol, and encodes the encoding result in a packetized format. The type is mounted on the control signal, and is transmitted to the communication module 13 on the side of the prayer lamp through the communication module 24 . In this way, the amount of data transmission between the service platform end and the prayer lamp end can be greatly reduced. The present invention does not limit the selection and design of the communication module 13 and the communication module 24, but the two must cooperate with each other.

On the other hand, the processor 11 of the prayer lamp end detects whether there is a control signal from the communication module 13, as in step S21. When the processor 11 does not receive the control signal, it returns to step S21, and continues to wait and detect. When the processor 11 receives the control signal, step S23 is performed to decode the control signal to obtain the pairing result, that is, to obtain the user information and the identification code of the selected prayer lamp 161 . Then, the processor 11 further searches the control database 122 for the address corresponding to the identification code of the selected prayer lamp 161 , that is, the address of the prayer lamp 161 , and controls the prayer lamp 161 located at this address to light up. In addition, the processor 11 also controls the display 141 provided on the prayer lamp 161 to display user information, that is, to display the names of believers, as in step S25. Therefore, believers can not only search for their own prayer lights 161 according to the visual effect of lighting the prayer lights 161 , but also search for their own prayer lights 161 according to the names displayed on the display 141 . Moreover, the staff does not need to manually mark the prayer lamps 161 belonging to the believers, so as to achieve the purpose of saving manpower.

In addition, the processor 11 obtains the audio data from the multimedia database 121 according to the pairing result and the data in the control database 122, as in step S27, and then controls the speaker 151 set on the selected prayer lamp 161 to play the selected audio data, as in step S29. In detail, for example, the multimedia database 121 stores a plurality of religious scripture voices, and the control database 122 stores a list of religious scripture voices. Randomly select a religious scripture voice, and then control the speaker 151 set on the prayer lamp 161 corresponding to the matching result to play the selected religious scripture voice. In this way, believers can not only look for their own prayer lamps 161 through visual search, but also through listening to identify positions. Moreover, no matter whether the position of the prayer lamp 161 is too high or too low, believers can easily listen to the voice of religious scriptures and gain comfort from the voices of religious scriptures.

Although the above-mentioned embodiment is described by randomly selecting audio data as an example, the present invention is not limited to this. In other embodiments of the present invention, the audience may be allowed to click on the audio data they want to listen to. Please refer to Figures 1, 2 and 4. First of all, in addition to the member information and member selection illustrated in the above step S11, the service platform 20 can further allow the audience or staff to input the audience's preference for audio data through the above-mentioned user operation interface, as shown in step S31. For example, the multimedia database 121 stores a plurality of voices of religious scriptures, and the control database 122 and the control database 222 store lists of voices of religious scriptures, the processor 21 can use the list in the user interface One or more religious scripture voice options are displayed on the screen for reference and selection. At this point, the faithful can select one of the religious scriptures voice options as part of the member selection. Alternatively, in the example where the multimedia database 121 stores multiple types of audio data, the control database 122 stores a list of audio types and audio data, and the control database 222 stores a list of audio types, the processor 21 According to this list, one or more audio type options may be displayed on the user interface for reference and selection. At this point, the devotee can select one of the audio type options as part of the member selection.

After the member information and member selection are input in step S31, the processor 11 may pair the member, prayer lamp and audio data according to the member selection and the data in the storage module 12 to generate a pairing result, as shown in step S33. Specifically, the processor 11, for example, establishes a corresponding relationship between the user data, the selected prayer lamp 161 and the selected audio data, and for the pairing method between the member and the prayer lamp, please refer to the relevant example description in the above step S13. This will not be repeated here. The following description is only for the pairing of audio materials. For example, in the case of displaying one or more religious scripture voice options on the user interface, the processor 11 may, for example, directly connect the member's name, the selected identification code of the prayer lamp 161 and the selected religious scripture voice label. Correspondence is established, that is, paired, to produce paired results. Or, in the case of displaying one or more audio type options on the user interface, the processor 11 may, for example, establish a correspondence between the member's name, the identification code of the selected prayer lamp 161 and the label of the selected audio type option relationship, that is, paired to produce paired results.

Next, the processor 11 further encodes the pairing result in step S35 to generate a control signal containing the encoded data to the prayer lamp end. When the processor 11 of the prayer lamp receives the control signal, as in step S41, and obtains the pairing result, as in step S43, the member's name can be displayed on the display 141 corresponding to the pairing result, as in step S45. Furthermore, the processor 11 can obtain audio data from the multimedia database 121 according to the pairing result and the data in the control database 122, as in step S47, and play the selected audio data through the speaker 151 corresponding to the pairing result, as in step S49. To be more specific, taking the example of the tag containing the selected religious scripture voice in the pairing combination, the processor 11 can search for the corresponding tag in the religious scripture voice list in the control database 122 according to the tag, and then according to the search The obtained tag is selected from the multimedia database 121 to select the voice of religious scriptures corresponding to this tag to play. Or, for example, the pairing combination includes the tag of the selected audio type, the processor 11 can search for the corresponding tag in the audio type list in the control database 122 according to the tag, and then search for the tag belonging to this tag according to the found tag. One or more audio data of the tag, and randomly select one audio data from the one or more audio data belonging to the tag to play.

For details of steps S31, S35, S41, S43, S45, and S49 in this embodiment, reference may be made to the above-mentioned exemplary descriptions of steps S11, S15, S21, S23, S25, and S29, which will not be repeated here.

Besides, the prayer lamp system 1 can also allow more information, such as specific images, to be presented on the prayer lamp end. For example, referring to FIGS. 1 , 2 and 5 , the multimedia database 121 may pre-store one or more pictures of the idols, and each picture may correspond to a number, and each number corresponds to a tag of audio data. When the processor 11 selects the audio data corresponding to the pairing result in step S67, the processor 11 also searches the audio data and video data comparison table of the control database 122 to find the picture number of the label corresponding to the selected audio data, Then, a picture corresponding to the picture number is selected from the multimedia database 121 to be displayed on the display 141 or another display set on the selected prayer lamp 161 in step S69 . As for the details of the remaining steps S51 , S53 , S55 , S61 , S63 and S65 , reference may be made to the above exemplary descriptions of steps S11 , S33 , S15 , S21 , S23 and S25 , which will not be repeated here.

Although the above embodiments are exemplified based on one prayer lamp 161 corresponding to one speaker 151 , the present invention is not limited thereto. In other embodiments of the present invention, a plurality of prayer lamps 161 can be grouped to configure the number of speakers 151 , that is, several adjacent prayer lamps 161 can be defined as a group, and each group of prayer lamps can be defined as a group. 161 can be paired with a speaker 151. Multiple audio data to be played can also be played in sequence by sorting. In this way, the space occupied by each prayer lamp position can be reduced.

In other embodiments of the present invention, the service platform 20 can be used as a cloud server, the communication module 24 has a network connection capability, and at least part of the input module 23 is combined with the communication module 24 . Therefore, the service platform 20 can also use the communication module 24 to allow believers to directly input their membership information and membership selection through the above-mentioned user operation interface displayed on the display of an electronic device such as a computer, a mobile phone, or a tablet. In this way, believers can remotely light the prayer lamps 161 through the Internet.

Continuing from the above, in other embodiments of the present invention, believers who light the prayer lamp 161 through the Internet can also listen to the above-mentioned audio data through the speaker on their electronic device. Specifically, in an example, the processor 21 of the service platform 20 can interact with the communication module 13 of the prayer lamp device 10 through the communication module 24 to request the processor 11 to provide the processor 11 with the data selected according to the pairing result. audio material. At this time, the processor 11 can transmit the selected audio data to the communication module 24 through the communication module 13, so that the processor 21 can further control the communication module 24 to transmit the selected audio data to the electronic devices of the believers through the network device playback. Or, in another example, the communication module 13 also has a network connection capability, so when the processor 11 receives a request from the processor 21, it can directly transmit the selected audio data through the communication module 13 to the The believers' electronic devices play.

In various embodiments of the present invention, multiple lists or comparison tables in each database can be consolidated into one or more data tables or data models with a small number, or multiple lists in all databases according to practical applications. The list or comparison table can be consolidated into one or more data tables or data models with a smaller number according to the actual application. Thereby, the efficiency of searching and filtering can be improved.

Moreover, the present invention is not limited to the above-mentioned examples and embodiments, and those skilled in the art can make modifications, changes and combinations without departing from the spirit of the present invention after reading the description of the present invention in detail.

To sum up, the prayer lamp system of the present invention can digitally mark the prayer lamps belonging to the individual believers through the display set on the prayer lamps, so as to reduce the burden on the staff, and the believers can provide the prayer lamps through the prayer lamps. The visuals are quick to look for. In addition, the prayer lamp system can play audio data through one or more speakers at the end of the prayer lamp, so that the believers can increase the efficiency of finding the prayer lamp by listening to the sound and identify the location, and can also hear the audio data from the audio data. Get solace.

1: Prayer lamp system 10: Blessing lamp installation 11: Processor 12: Storage Module 121: Multimedia Library 122: Control Database 13: Communication module 14: Display unit 141: Display 15: Announcer Unit 151: Announcer 16: Blessing lamp unit 161: Prayer Lamp 20: Service Platform 21: Processor 22: Storage Module 221: Member Database 222: Control Database 23: Input module 24: Communication module 25: Display

FIG. 1 is a partial appearance schematic diagram of a prayer lamp device according to an embodiment of the present invention; 2 is a functional block diagram of a prayer lamp system according to an embodiment of the present invention; 3 is a control flow chart of an embodiment of the present invention; Figure 4 is a control flow diagram of another embodiment of the present invention; and FIG. 5 is a control flow chart of still another embodiment of the present invention.

1: Prayer lamp system

10: Blessing lamp installation

11: Processor

12: Storage Module

121: Multimedia Library

122: Control Database

13: Communication module

14: Display unit

15: Announcer Unit

16: Blessing lamp unit

20: Service Platform

21: Processor

22: Storage Module

221: Member Database

222: Control Database

23: Input module

24: Communication module

25: Display

Claims (10)

A prayer lamp system, comprising: A prayer lamp installation, including: a prayer lamp; a speaker; a display set on the prayer lamp; a first storage module for storing at least one piece of audio data; and a first processor electrically connected to the prayer lamp, the speaker, the display and the first storage module, and the first processor is used for receiving a first pairing result from outside the prayer lamp device, according to the The first pairing result controls the lighting of the prayer lamp, controls the display to display a first user data, selects the audio data from the first storage module, and plays the audio data through the speaker, wherein the first pairing The result is associated with a corresponding relationship between the first user data and the prayer lamp. A prayer lamp system, comprising: A prayer lamp installation, including: Multiple prayer lamps; a speaker; a plurality of displays are respectively arranged on the prayer lamps; a first storage module for storing at least one piece of audio data; and a first processor, electrically connected to the prayer lamps, the speaker, the displays and the first storage module, and the first processor is used for receiving a first pairing result from outside the prayer lamp device, Control one of the prayer lamps to light up according to the first pairing result, control the display corresponding to the illuminated prayer lamp to display a first user data, select the audio data from the first storage module, and use the The audio player plays the audio data, wherein the first pairing result is associated with a corresponding relationship between the first user data and the lit prayer lamp. The prayer lamp system as claimed in claim 1 or 2, wherein the first processor selects the audio data from the first storage module by random selection. The prayer lamp system of claim 1 or 2, wherein the first pairing result is further associated with the selected audio data, so that the first processor controls the speaker to play the audio data according to the first pairing result . The prayer lamp system according to claim 2, wherein the quantity of the at least one piece of audio data stored in the first storage module is plural, when the first processor receives a second pairing result from the service platform , the first processor controls the other one of the blessing lamps to light up according to the second pairing result, controls the other display corresponding to the illuminated another blessing lamp to display a second user data, and controls the other one of the blessing lamps to display a second user data, and the second user data is displayed by the first processor. Selecting another audio data in a storage module and playing the other audio data through the speaker, the second pairing result is associated with the second user data, the lit another prayer lamp and the selected A corresponding relationship of the other audio data. The prayer lamp system according to claim 1 or 2, wherein the corresponding relationship between the first user data and the lit prayer lamp in the first matching result is a random pairing. The prayer lamp system as described in claim 1 or 2, wherein each of the prayer lamps corresponds to a pairing condition, the first user data corresponds to a specified condition, and in the first pairing result, the first user data and the clicked The corresponding relationship of the lighted prayer lamp is established when the matching condition matches the specified condition. The prayer lamp system according to claim 1 or 2, wherein the first storage module further stores at least one piece of image data, and the first processor controls the display to further display the image data. The prayer lamp system according to claim 8, wherein the displayed image data corresponds to the played audio data. The prayer lamp system as described in claim 1 or 2, further comprising: A service platform, including: an input module for inputting the first user data; and a second processor for generating the first pairing result according to a prayer lamp data table and the first user data for output to the first processor, wherein the prayer lamp data table includes the prayer associated with each An identification data of the lamp, the second processor selects the identification data of the prayer lamp that is lit from the prayer lamp data table, and sets the selected identification data and the first user data as the first at least a portion of the paired result.

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