TW201342272A - Online selected music broadcasting device paid by wireless means - Google Patents

Abstract

This invention discloses an online selected music broadcasting device paid by wireless means, the online selected music broadcasting device having a jukebox body connected to a network server. The jukebox body further has a built-in wireless payment module or an external wireless payment module capable of sensing an electronic ticket wirelessly to proceed with a payment operation, such that a user can select the music to be broadcasted via the jukebox body and pay to broadcast the selected music.

Description

Wirelessly paying for the Internet to select a public music device

The invention relates to a network point-selecting public music device, in particular to a network point-selecting public music device connected to a network and capable of wirelessly sensing a physical electronic ticket for payment.

In restaurants, bars and other places of activity, in order to provide consumers with more entertainment activities, the coin-operated jukebox is often set up for consumers to use. However, the recent popularity of electronic tickets, many card-type electronic tickets such as leisure cards or mobile phone built-in electronic tickets will gradually change the public consumption habits, but the current jukebox, such as Taiwan's new style patent No. D132115 The jukebox, but still need to invest in coins, can be used, which is inconvenient for today's consumers who are increasingly accustomed to using e-tickets. Moreover, playing music in public needs to obtain the public broadcast authorization of the music, and there are many popular new songs on the market every day. Therefore, it is necessary to continuously update the public music materials of the jukebox to meet the needs of many consumers. At present, the jukebox is a physical record to update the public music material of the jukebox. In addition to the limited memory capacity of the jukebox itself, it also takes a lot of manpower to update the music material. If you can store and transfer music files over the Internet, you can continue to provide the latest music and reduce storage and labor costs. Therefore, there is a need for a jukebox that can pay for electronic tickets and store and transmit music files over the Internet, thereby providing consumers with more payment methods and richer on-demand music.

In view of the above-mentioned problems of the prior art, the present invention proposes to use a network cloud technology to update a jukebox of a sing song or to provide a video file of a sing song, thereby solving the problem of the memory capacity of the jukebox and the singing of the song.

One of the objects of the present invention is to provide a wirelessly-paid online point-of-sale public music device for enabling a user to play a video and audio material in a public place by wireless payment to solve the problem of paying by electronic ticket. problem.

Therefore, in order to achieve the above objective, the wirelessly-paid online point-of-sale public music device of the present invention comprises: a one-speaker body, the phonograph body includes a display module for displaying a little song information, Having the user input one of a song command input module, an output module for playing the video data, a wireless payment module, a storage module, and a processing module, the processing module is configured to execute A song process, the processing module is electrically connected to the display module, the input module, the output module and the wireless payment module, and the processing module is further connected to a network server, wherein the network server is used for providing audio and video data. And a physical electronic ticket, the wireless payment module has a sensing unit, so that the user can start a paying action after inputting the song command. The payment action wirelessly senses the physical electronic ticket by the sensing unit, causes the processing module to generate and transmit an encrypted payment information to the network server, and determines the validity of the physical electronic ticket by the network server, if valid The payment is made, if it is invalid, the payment is not made, and the web server judges whether the user has paid the fee successfully.

The jukebox body further has a built-in wireless payment module or an external wireless payment module electrically connected to the processing module, and the built-in wireless payment module or the external wireless payment module further selectively sets an entity. Currency payment module. After the physical currency payment module accepts a physical currency, the wireless payment module wirelessly senses a physical electronic ticket to perform the payment action.

The output module includes a built-in output unit or an external output unit built in the body of the jukebox.

The song song process includes the following steps: after the user inputs the song command by using the input module, the wireless payment module wirelessly senses the physical electronic ticket and generates the encrypted payment information through the processing module, and the processing module will click the song. The command and the encrypted payment information are transmitted to the network server; after the network server determines that the user has completed the payment action, the network server agrees to broadcast the video and audio data, and transmits the video and audio through the network server or the storage module. Data to the output module to play audio and video data; and if the network server determines that the user has not paid for the success, the network server does not agree with the audio and video data of the public song command, and the output module does not play the audio and video data. .

The storage module is configured to store audio and video data. When the network server agrees to broadcast the audio and video data of the song command, if the storage module stores the audio and video data, the storage module transmits the audio and video data to the output module, if stored. If the module does not store audio and video data, the network server transmits the audio and video data to the output module.

Among them, the physical electronic ticket is a physical electronic ticket using Near Field Communication (NFC) or Radio Frequency IDentification (RFID).

As described above, the wirelessly-paid network-selected public music device according to the present invention may have one or more of the following advantages:

(1) The network-selected public music device of the present invention can enable the user to pay by electronic ticket through the wireless payment module, thereby increasing the convenience of the user.

(2) The network-selected public music device of the present invention further has an external wireless payment module, thereby selectively increasing the payment function of the jukebox.

(3) The network-selected public music device of the present invention can download more public content through the network to reduce the burden of storage capacity and provide more public content.

Please refer to FIG. 1 , which is a schematic diagram of a first embodiment of a wireless point-of-sale network-selected public music device according to the present invention. In the figure, the wirelessly-paid network-selected public music device of the present invention includes a jukebox body 100 connected to the network server 300. The player body 100 includes a display module 110 and an output module 120. An input module 130, a storage module 140, a processing module 150, and a wireless payment module 200. The display module 110 is configured to display the song song information, the input module 130 is configured to allow the user to input a song command to select the audio and video file to be broadcasted, the output module 120 is used to play the audio and video data, and the processing module 150 is configured to execute The song song process. The display module 110, the output module 120, the input module 130, the storage module 140, and the wireless payment module 200 are electrically connected to the processing module 150, respectively. In addition, the processing module 150 is further connected to the network server 300 and provided by the network server 300 to provide audio and video data. The output module 120 can have a built-in output unit 121 or an external output unit 122. The built-in output unit 121 and the external output unit 122 can be, for example, a speaker sound or other device capable of playing audio.

As shown in FIG. 1 , the wireless payment module 200 can be a built-in wireless payment module 210. The wireless payment module 200 further has a sensing unit 201 to wirelessly sense the physical electronic ticket 230. The physical electronic ticket 230 can be, for example but not limited to, an electronic wallet card, an electronic sensor chip or a mobile phone sensing device that uses NFC or RFID. After the user approaches the physical electronic ticket 230 to the sensing unit 201 of the wireless payment module 200, the sensing unit 201 wirelessly senses the physical electronic ticket 230 and transmits the sensing result to the processing module 150. The processing module 150 will sense the sensing unit 150. As a result, an encrypted payment information is generated, and the encrypted payment information is transmitted to the network server 300, and the validity of the physical electronic ticket 230 is determined by the network server 300. If it is valid, the payment is made, and if it is invalid, the payment is not made. . The network server 300 further determines whether the user has successfully paid the fee, and if the payment is successful, the selected audio and video file is played, and if the payment is not successful, the selected video file is not played.

The electronic ticket 230 shown in FIG. 1 can be built in the built-in wireless payment module 210 or the physical money payment module 240, and the built-in wireless payment module 210 can optionally have a physical currency payment module. Group 240. In this way, when the user puts a physical currency into the physical money payment module 240, and the physical money payment module 240 accepts the physical currency, the built-in wireless payment module 210 can wirelessly sense an electronic ticket. 230 to perform a payment action.

Please refer to FIG. 2, which is a schematic diagram of a second embodiment of the wireless point-of-sale public music device of the present invention. In the figure, the wirelessly-paid network-selected public music device of the present invention includes a jukebox body 100 connected to the network server 300. The player body 100 includes a display module 110 and an output module 120. An input module 130, a wireless payment module 200, a storage module 140, and a processing module 150, wherein the wireless payment module 200 can be an external wireless payment module 220. The display module 110 is configured to display the song song information, the input module 130 is configured to allow the user to input the song command, the output module 120 is used to play the video and audio data, and the processing module 150 is configured to execute the song song process. The display module 110, the output module 120, the input module 130, the storage module 140, and the wireless payment module 200 are electrically connected to the processing module 150, respectively. In addition, the processing module 150 is further connected to the network server 300 and provided by the network server 300 to provide audio and video data. The external wireless payment module 220 is electrically connected to the jukebox body 100 and then electrically connected to the processing module 150. The output module 120 can have a built-in output unit 121 or an external output unit 122. The built-in output unit 121 and the external output unit 122 can be, for example, a speaker sound or other device capable of playing audio.

As shown in FIG. 2, the wireless payment module 200 can be an external wireless payment module 220. The wireless payment module 200 further has a sensing unit 201 for wirelessly sensing the physical electronic ticket 230. The physical electronic ticket 230 can be, for example but not limited to, an electronic wallet card, an electronic sensor chip or a mobile phone sensing device that uses NFC or RFID. After the user approaches the physical electronic ticket 230 to the sensing unit 201 of the wireless payment module 200, the sensing unit 201 wirelessly senses the physical electronic ticket 230 and transmits the sensing result to the processing module 150. The processing module 150 will sense the sensing unit 150. As a result, an encrypted payment information is generated, and the encrypted payment information is transmitted to the network server 300, and the validity of the physical electronic ticket 230 is determined by the network server 300 and paid, and the network server 300 determines the user. Whether the payment is successful.

The electronic ticket 230 shown in FIG. 2 can be built in the external wireless payment module 220 or the physical money payment module 240, and the external wireless payment module 220 can optionally have a physical money payment module 240. . Therefore, when the user puts a physical currency into the physical money payment module 240, and the physical money payment module 240 accepts the physical currency, the external wireless payment module 220 can perform the payment action by the electronic ticket 230. .

Please refer to FIG. 3, which is a flow chart of the karaoke process of the wireless point-of-sale public music device of the present invention. Please refer to FIG. 4, which is a flow chart of the first payment action of the wirelessly-paid online point-of-sale public music device of the present invention. In the figure, after the user finds the video and audio information to be broadcasted in the song information displayed by the display module, the user inputs the song command to broadcast the video information through the input module in step S1, thereby selecting the desired The video information of the public broadcast, wherein the video information is exemplified by music. Then, in the payment action of step S2, the user performs the first payment action S210 of step S2, and the step S211 of the first payment action S210 is a method in which the user places a physical electronic ticket into the wireless payment module. Next to the unit, the sensing unit can wirelessly sense the physical electronic ticket. In step S212, the wireless payment module wirelessly senses the physical electronic ticket to generate a sensing result. In step S213, the processing module converts the sensing result into an encrypted payment information. Step S214, the processing module transmits the encrypted payment information and the song command to the network server. Going to step S215, the validity of the physical electronic ticket is judged by the network server. If it is valid, step S216 is performed to complete the payment, and in step S3, it is determined whether the payment is successful. If the network server determines in step S215 that the physical electronic ticket is not valid, then the payment is not performed in step S217. If, in step S3, the network server determines that the payment of the physical electronic ticket is successful, the network server agrees to the audio and video material selected by the public broadcast. In step S41, after the network server determines that the payment is successful, the network server or the storage module transmits the audio and video data to the output module. In step S5, the output module plays the video material again. After the network server agrees to broadcast the audio and video data, if the storage module stores the audio and video data, the storage module transmits the audio and video data to the output module, and if the storage module does not store the audio and video data, The network server transmits the video and audio data to the output module. If in step S3, the network server cannot confirm that the physical electronic ticket payment is successful or the network server determines that the physical electronic ticket cannot be successfully paid, then in step S42, the jukebox body does not play the selected video and audio information.

Please refer to FIG. 5, which is a flow chart of a second payment action of the wirelessly-paid network-selected public music device of the present invention. As shown in FIG. 3 and FIG. 5, after the user finds the video and audio information to be broadcasted in the song information displayed by the display module, the user inputs the video information through the input module in step S1. The song command is used to select the audio and video information to be broadcasted, and the video information is exemplified as music. Then, in the payment action of step S2, the user performs the second payment action S220 of step S2, and the step S221 of the second payment action S220 is a user placing the physical currency into the physical money payment module, and then In step S222, the sensing unit of the wireless payment module wirelessly senses the physical electronic ticket located in the wireless payment module or the physical money payment module to generate a sensing result. In step S223, the processing module converts the sensing result into an encrypted payment information. In step S224, the processing module transmits the encrypted payment information and the song command to the network server. Going to step S225, the validity of the physical electronic ticket is determined by the network server. If it is valid, step S216 is performed to complete the payment, and in step S3, it is determined whether the payment is successful. If the network server determines in step S225 that the physical electronic ticket is not valid, then the payment is not performed in step S217. If, in step S3, the network server determines that the payment of the physical electronic ticket is successful, the network server agrees to the audio and video material selected by the public broadcast. In step S41, after the network server determines that the payment is successful, the network server or the storage module transmits the audio and video data to the output module. In step S5, the output module plays the video material again. After the network server agrees to broadcast the audio and video data, if the storage module stores the audio and video data, the storage module transmits the audio and video data to the output module, and if the storage module does not store the audio and video data, The network server transmits the video and audio data to the output module. If in step S3, the network server cannot confirm that the physical electronic ticket payment is successful or the network server determines that the physical electronic ticket cannot be successfully paid, then in step S42, the jukebox body does not play the selected video and audio information.

The above is intended to be illustrative only and not limiting. Any equivalent modifications or alterations to the spirit and scope of the invention are intended to be included in the scope of the appended claims.

100. . . Jukebox body

110. . . Display module

120. . . Output module

121. . . Built-in output unit

122. . . External output unit

130. . . Input module

140. . . Storage module

150. . . Processing module

200. . . Wireless payment module

201. . . Sensing unit

210. . . Built-in wireless payment module

220. . . External wireless payment module

230. . . Physical electronic ticket

240. . . Physical currency payment module

300. . . Web server

S1. . . Select the audio and video information to be broadcast

S2. . . Paid action

S3. . . Determine if the payment is successful

S41. . . Transfer selected audio and video information

S42. . . Do not play selected video information

S5. . . Play selected video and audio information

S210. . . First payment action

S211. . . Place the physical e-ticket next to the sensing unit of the wireless payment module

S212. . . Wireless payment module sensing physical electronic ticket

S213. . . Processing module generates encrypted payment information

S214. . . The processing module transmits the encrypted payment information and the song command to the web server

S215. . . The web server determines the validity of the physical electronic ticket

S216. . . Pay

S217. . . No payment

S220. . . Second payment action

S221. . . Putting the physical currency into the physical currency payment module

S222. . . Wireless payment module senses a physical electronic ticket

S223. . . Processing module generates encrypted payment information

S224. . . The processing module transmits the encrypted payment information and the song command to the web server

S225. . . The web server determines the validity of the physical electronic ticket

S226. . . Pay

S227. . . No payment

1 is a schematic diagram of a first embodiment of a wireless point-of-sale network-selected public music device of the present invention.

2 is a schematic diagram of a second embodiment of a wireless point-of-sale network-selected public music device of the present invention.

Fig. 3 is a flow chart showing the flow of the song of the wireless point-of-sale public music device of the present invention.

Figure 4 is a flow chart of the first payment action of the wireless point-of-sale public music device of the present invention.

Figure 5 is a flow chart showing the second payment action of the wirelessly-paid network-selected public music device of the present invention.

100. . . Jukebox body

110. . . Display module

120. . . Output module

121. . . Built-in output unit

122. . . External output unit

130. . . Input module

140. . . Storage module

150. . . Processing module

200. . . Wireless payment module

201. . . Sensing unit

210. . . Built-in wireless payment module

230. . . Physical electronic ticket

240. . . Physical currency payment module

300. . . Web server

Claims (8)

A wirelessly-paid online point-selecting public music device for enabling a user to play a video and audio material in a public place by wireless payment. The network click-selected public music device includes: a single player body, The jukebox body includes a display module for displaying a piece of song information, an input module for allowing the user to input a song command, an output module for playing the video data, and a wireless payment. a module, a storage module, and a processing module, the processing module is configured to execute a song process, the processing module is electrically connected to the display module, the input module, the output module, and the wireless payment a module, the processing module is further connected to a network server, wherein the network server is configured to provide the audio and video data; and a physical electronic ticket, the wireless payment module has a sensing unit, so that the user can Performing a payment action after inputting the song command, the payment action is to wirelessly sense the physical electronic ticket by the sensing unit, so that the processing module generates and transmits an encrypted payment. Sending to the network server, and determining the validity of the physical electronic ticket by the network server, if it is valid, paying, if not, not paying, the network server determines whether the user pays success. For example, the wireless payment system of the wireless payment system described in claim 1 is a built-in wireless payment module or an external wireless payment module. For example, the wirelessly-paid online point-of-sale public music device described in claim 2, wherein the built-in wireless payment module or the external wireless payment module selectively sets a physical currency payment mode. group. For example, in the wirelessly-paid online point-of-sale public music device described in claim 3, wherein the physical money payment module accepts a physical currency, the wireless payment module further senses the physical electronic ticket for performing The paid action. For example, the wirelessly-paid online point-of-sale public music device described in claim 1 is characterized in that the output module includes a built-in output unit built in the jukebox body or an external output. unit. The wireless click-to-play public music device as described in claim 1, wherein the song process includes the following steps: the user inputs the song command with the input module, and then performs The payment action is that the wireless payment module first senses the physical electronic ticket and generates the encrypted payment information via the processing module, and the processing module transmits the song command and the encrypted payment information to the network. The server is charged for payment; after the network server determines that the user has successfully paid, the network server agrees to broadcast the video and audio, and transmits the video and audio through the network server or the storage module. Data to the output module to play the video data; and if the network server determines that the user has not paid successfully, the network server does not agree to publicize the video data of the song command, the output module The video material is not played. For example, the wirelessly-paid online point-of-sale public music device described in claim 6 of the patent application, wherein the storage module is configured to store the audio and video data, and when the network server agrees to broadcast the song command After the audio-visual data is stored in the storage module, the storage module transmits the audio-visual data to the output module, and if the storage module does not store the audio-visual data, the network server transmits the audio-visual data. The audio and video data is sent to the output module. For example, the wirelessly-paid online point-of-sale public music device described in claim 1 of the patent application scope, wherein the physical electronic ticket system uses Near Field Communication (NFC) or Radio Frequency Identification (RFID). Radio Frequency IDentification) physical electronic ticket.