JPH0612891B2 - Radio music program broadcasting system by telephone request - Google Patents

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a radio music program broadcasting system by a telephone request, which automatically performs a series of operations from reception of a telephone request, totalization, program guide creation to broadcasting.

2. Description of the Related Art Conventionally, in order to broadcast a telephone request music program, a large number of personnel are required to receive and count telephone calls.

Therefore, in the past, in the past, it was necessary to secure a large number of personnel to produce a program, and especially when the broadcasting time extends to midnight, it is not easy to secure the personnel. At the same time, there was a problem that the burden of personnel expenses would be excessive.

It is an object of the present invention to provide a broadcasting system which automatically solves the above-mentioned problems and automatically executes a radio music program by a telephone request.

Means for Solving the Problems In order to achieve the above object, the present invention provides a program broadcast time,
System operation condition setting means for setting system operation conditions such as request reception time, CM broadcast time, number of high-order songs scheduled to be broadcast, presence of special request time, spare music, etc., and input by push-button tone telephone connected to telephone line An automatic telephone answering device that receives a request for a desired song with a recognition code set to correspond to each song in advance and sends a message according to an input signal, and this automatic telephone answering device accepts And a program guide creating means for creating a time-series program guide on the basis of the result of counting by the collecting means and the system operating condition by the system operating condition setting means, and this program Example of outputting to visually confirm the contents of the program table created by the table creating means For example, output means including a printer or a CRT, program guide execution instruction means for executing the program guide created by the program guide creation means, and automatic program for sending a signal to the program guide execution instruction means to advance the program A sending device, a voice storing means for storing voice contents corresponding to a program guide including music and messages in advance, and outputting voice to a broadcasting main line based on a command of the program guide execution commanding means, and the voice storing means. Audio input means for inputting audio contents to the means, listening means for aurally confirming the execution contents of the program guide, programs, and for storing and saving various data such as a table The storage means comprises a RAM, a floppy disk and the like.

The total number of requests is calculated based on the request results received by the automated telephone answering machine, and a time-series program table is created based on the calculated results and the system operating conditions set in advance, and these are entered in advance. The audio contents to be broadcasted are sequentially selected according to the created program table and output to the broadcasting main line, whereby the music program requested by the telephone is automatically advanced. Further, the contents of the program guide created by the program guide creating means can be printed out by the output means or visually displayed on the screen. further,
The same rehearsal as the broadcast content can be performed using the detection / listening means. Furthermore, since various data such as a program guide is stored and stored by the storage means, the stored contents can be called and confirmed as necessary.

Embodiment Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a schematic block diagram of the present system, in which an automatic telephone answering device 1 connected to a telephone line is predetermined using a push-button tone telephone,
For example, the desired music designated by the ID number represented by the numbers 1 to 100, which are the recognition codes set so as to correspond one-to-one to 100 music, is accepted (see FIG. 2). In this reception, a message corresponding to the signal received by the input / output unit 21 is selected from among a plurality of messages stored in the storage unit 23 of the automatic telephone answering device 1 in advance, and the response output is made from the input / output unit 21. Is controlled by the control unit 22.

The music ID number data received by the automatic telephone response device 1 is sent to the request registration means 2 for registration, and further sent to the request counting means 3 to count the number of requests for each ID number data. In addition, the I received by the automatic telephone response device 1
Data other than the D number, such as the user's telephone number, is registered in the data storage means 10.

On the other hand, the system operating condition setting means 4 determines the program broadcast time,
For example, from 23:00 to 1:00, the request reception time by the automatic telephone response device 1, for example, from 13:00 to 22:00, the number of requests to be broadcasted, the highest number of songs, for example, the highest 20 songs,
If there are few requested songs or if there is a spare song to fill in the blank time of the broadcast, the scheduled broadcast time of commercials or theme songs to be broadcast during the program, whether there is a special request time, for example, the first-come-first-served request to broadcast the first request acceptance song Various conditions necessary for program broadcasting, such as the presence or absence of a corner, are set.

The program guide creating means 5 is the system operating condition setting means 4
By calling the data set in step 3 and the counting result by the request counting means 3, based on these data, the number of broadcastable songs corresponding to the broadcasting time frame is determined by calculating the playing time based on the counting result. Broadcast time is allocated from the lower order, and when the special request time is set to "Yes", the broadcast time is specified, while the broadcast time of the CM and the theme song is modified according to the broadcast time of the requested song. By inserting a spare song for filling in the blank part of the broadcast time,
This is to create a time-series program guide from the program start time to the program end time. In addition, in the production of the program guide by the program guide creating means 5, all are automatically performed,
The outline can be created automatically and the details can be created manually. The created program guide and various data taken in the program guide creating means 5 are printed out or displayed on the screen by the data output means 6 including a printer or a CRT connected to the program guide creating means 5. It is configured so that it can be visually confirmed (see FIG. 3).

Further, the program guide created by the program guide creating means 5 is sent to the program guide execution command means 7 and stored together with other data. When the program guide execution command means 7 receives a signal from the automatic program transmission device 8, it outputs an execution command signal to the audio storage means 9 so that the audio output conforms to the program guide.
Then, the program execution contents and other data are sent from the program guide execution instruction means 7 to the data storage means 10 such as a floppy disk and stored therein.

The voice storing means 9 inputs all the music pieces requested by the voice input means 11 and the preliminary music pieces,
It stores all voices to be broadcast except for commercials, such as theme songs and various messages, and the corresponding ID numbers. When the above execution command signal is received, the corresponding voices are output to the main broadcasting line. is there.

On the other hand, for the CM, at the CM broadcast time, the program guide execution command means 7 outputs a CM command signal to the automatic program sending device 8, and the automatic program sending device 8 which has received the CM command signal sends the output command signal to the CM. It is configured so that it is sent to the output means 12 and the corresponding sound is outputted from the CM output means 12 to the broadcasting main line.

Further, the program listening means 13 is for performing the same rehearsal as the broadcast content, and the program listening means 13 can auditorily confirm the broadcast content based on the created program guide. .

FIG. 2 shows a list showing the requested music pieces, which are created on a weekly basis, and are published weekly or collectively for a plurality of weeks in a weekly magazine specializing in music, newspapers and the like.
The user can know the desired song and the corresponding ID number by looking at this list.

Next, the operation of the system configured as described above will be described.

First, the system operating condition setting means 4 performs initial setting. Although various setting contents are possible, in the present embodiment, the program broadcast time, the request reception time, the CM broadcast time, the number of songs scheduled to be broadcast, the spare songs (by ID number), and the first come first serve request corner are set. Next, the voice input means 11 inputs voices of necessary music and messages to the voice storage means 9.

When the request reception time set by the system operation condition setting means 4 comes, the automatic telephone response device 1 starts the reception time. When a call signal from the push-button tone telephone from the user arrives at the input / output unit 21 and the call circuit is closed, the automatic telephone answering apparatus 1 has its control unit 22.
The voice message stored in advance in the storage unit 23 is transmitted from the input / output unit 21 according to the determined program. Hereinafter, the acceptance operation based on the control operation of the control unit 22 will be described in detail with reference to the flowchart shown in FIG.

When the call circuit is closed, it is first judged whether it is within the reception time for general requests (step 101), and if it is within the reception time, "Yes, it is the ○○ broadcast telephone request corner. Input the ID number. Finally, be sure to press the "#" in the lower right corner. "Is sent from the input / output unit 21 (step 102). When the user inputs the desired music ID number, for example, "03", and then the # button is pressed down, and the input / output unit 21 receives this signal sound (step 103), the process proceeds to step 104 and is input. It is determined whether the ID number is valid. If it is a regular one, the input / output unit 21
From, "Your requested song is" 03 ". If it is correct, press the confirmation signal" 0 "and"#"in order. If wrong, press" * "and"#"in order to clear the input. Then, input the ID number of the requested song again. "Is sent (step 105).

Here, when the confirmation signal sound is input from the user (step 106), the already input ID number is sent to the request registration means 2 (step 107). The request registration means 2 has the same I as the ID number sent.
Register after adding to the already requested number of D number. On the other hand, the control unit 22 of the automatic telephone response device 1 calls the registered number of requests (step 108),
From the input / output section 21, "Your requested song has been registered. The number of votes for this song is XX. Please wait for the program to be broadcast by pressing"#". We are waiting for another request. A registration end message "Masu." Is transmitted (step 109).

On the other hand, when the clear signal sound is input from the user in step 106, the process returns to step 103 and the same operation as described above is repeated.

Also, the I input by the user in step 104
If the D number is a number that does not exist, such as “123”, the input / output section 21 will indicate “There is no corresponding song for the ID number you input.
Press “*” and “#” in that order to clear the input, and then
Please input the ID number of the requested song again. Is sent (step 110), the process returns to step 103, and the same operation as described above is repeated.

When the registration of the ID number in the request registration means 2 is completed, the process proceeds to step 111, and the input / output unit 21 reads “There is a chance to win a nice present in the lottery. If you wish, enter your telephone number Input the correct area code and press "#" at the end. If you do not want to register the phone number, press "#" only. " Then, when the telephone number signal is input (step 11)
2) The process proceeds to step 113 to output the received telephone number signal to the request registration means 2. Then, when the signal sound of the # button is received (step 114), the input / output unit 2
The end message "Thank you for your request." Is sent from 1 to end the acceptance operation (step 115).

When the call signal from the user arrives at the input / output unit 21 after the general request reception time ends and the call circuit is formed, the process proceeds from step 101 to step 116.
From the input / output section 21, "Today's request reception has ended. Reception hours are from 1 pm to 10 pm.
We look forward to your next request. Thank you. The reception acceptance time end message is sent.

In this way, the number of additions of each ID number registered in the request registration means 2 is sent to the request totalization means 3 after the request reception time has ended and totaled, and each number corresponding to the preset number of high-order songs to be broadcast is set. The ID number is selected, the number of votes for the ID number is selected, and the program guide creating means 5 is selected.
Sent as data to. On the other hand, the registered telephone number data of the user is sent to and stored in the data storage means 10.

The program guide creating means 5 specifies the broadcast time and the broadcast content based on the aggregated data sent from the request aggregation means 3 and various data preliminarily set by the system operation condition setting means 4. A program listing is created.

The created program guide is printed out by the data output means 6 (see FIG. 3) while being sent to the program guide execution command means 7. The program guide execution command means 7 is automatically set to the on-air mode several seconds before the program start time, and is in a standby state waiting for a start signal from the automatic program sending device 8. When the start signal is transmitted from the automatic program transmission device 8 at the broadcast start time, the program execution command means 7 commands the audio storage means 9 to start the broadcast, and the audio based on the created program guide is transmitted. Are sequentially output from the voice storing means 9 to the broadcasting main line.

It should be noted that at the time of CM according to the program guide, the program guide execution instructing means 7 outputs a program interruption signal to the automatic program transmitting device 8, while the audio storing means 9 stores an empty material of the same time as the CM broadcast time. Command execution. As a result, the automatic program sending device 8 issues a command signal to the CM output means 12 to perform a CM output to the broadcast main line, while the audio storage means 9 stops the audio output to the broadcast main line. And C to the broadcasting main line
When the output of M is completed, a program restart signal is output from the automatic program sending device 8 to the program guide execution command means 7, and the program guide execution command means 7 outputs the audio according to the program guide to the audio storing means 9. Instruct and proceed with the program.

Also, at the time of the first come, first served request corner,
In response to the instruction from the program guide execution command means 7, a message from the voice storage means 9 "Lucky request chance, it's time for the first come first serve corner. I'll accept your request now. Please call. Chance time start!" Is output. Thereafter, the input / output unit 21 of the automatic telephone answering device 1 and the user whose telephone circuit is first closed are controlled by the input / output unit 21 by the same control operation as in the general request receiving operation described above. Various messages are sent. First of all, the message "Congratulations. You have a chance to make a lucky request. Please enter the ID number of your favorite song and press"#"at the end." From the input / output section 21. Sent out. Then, when a regular signal sound is input in the same manner as in the case of the general request described above, the control unit 22 of the automatic telephone response device 1 is input.
Sends the input ID number to the request registration means 2. Then, the request registration means 2 registers the sent ID number and then sends the ID number to the program guide creating means 5 so that the program guide creating means 5 is set as a music piece to be broadcast in creating a program. ID
Whether or not it is a number is judged, and the judgment result is sent to the control unit 22 of the automatic telephone response device 1 via the data storage unit 10 and the request registration unit 2.

Here, if the ID number is not restricted in the program guide, the message "Your request has been registered. Please wait for the broadcast to start soon. The message "." Is sent. On the other hand, the program guide execution command means 7 issues a designation to the audio storage means 9 to broadcast the music corresponding to the ID number. On the other hand, I input by the user
When the D number is set as a music piece to be broadcast in creating the program guide, the automatic telephone response device 1
Based on the signal from the program guide execution command means 7, the control unit 22 of "when the request song has already been broadcast today. Please request another song." When a message is sent from the input / output section 21 and is to be broadcast in the future, the message "Your requested song is set as the song to be broadcast today. Please request another song." Sent from.

In addition, except for the user who closed the call circuit first, the input / output unit 21 of the automatic telephone answering machine 1 says, "This lucky request has been completed. Please wait for the next request. Next The lucky request is scheduled for around x hour x minute, and a message saying "Good" will be sent.

In this way, when all the broadcasts according to the program guide are completed, the program guide execution command means 7 outputs a program end signal to the automatic program sending device 8 to end the on-air.

Effect As is apparent from the above description, according to the present invention, a series of operations from reception of a telephone call to broadcasting can be automatically performed, so that a large number of personnel are not required, and
The effect is that the requested program can be broadcast without being restricted by the broadcast time.

[Brief description of drawings]

FIG. 1 shows a preferred embodiment of the present invention, FIG. 1 is an overall block diagram, FIG. 2 is a plan view showing a list of requested songs, and FIG. 3 is a plan view showing a created program table. The figure is a flow chart showing the general request acceptance operation of the automatic telephone response device. 1 ... Automatic telephone answering device, 3 ... Request counting means,
4 ... System operation condition setting means, 5 ... Program guide creating means, 7 ... Program guide execution command means, 8 ... Automatic program sending device, 9 ......... Voice storage means, 11 ... Voice input means, 2
1 ... input / output unit, 22 ... control unit, 23 ... storage unit

Front page continuation (72) Inventor Ryuichi Tatezawa 1-1-29 Tachibanadai, Midori-ku, Yokohama-shi, Kanagawa 102 Suncourt Tachibanadai 102 (56) Reference JP-A-48-11904 (JP, A) Actual exploitation Sho-49-136112 ( JP, U)

Claims (1)

[Claims] 1. Program broadcasting time, request reception time, CM
System operating condition setting means for setting system operating conditions such as broadcast time, number of high-order songs requested to be broadcast, presence of special request time, spare songs, etc., and for each song previously input by a push-button tone telephone connected to the telephone line An automatic telephone response device that receives a request for a desired song with a recognition code that is set to correspond to one-to-one and sends a message according to the input signal, and a request for the desired song that this automatic telephone response device receives Totaling means for totaling the number, program guide creating means for creating a time-series program guide based on the totaling result by the totalizing means and the system operating condition by the system operating condition setting means, and the program guide creating means Output means for visually confirming the contents of the created program guide, and creating the program guide Program guide execution instruction means for executing the program guide created by the stage, automatic program transmission device for sending a signal to the program guide execution instruction means to advance the program, and program guide including music and messages in advance And a voice inputting means for inputting the voice content to the voice storing means, which stores the voice content corresponding to the above, and outputs the voice to the broadcasting main line based on the command of the program guide execution commanding means. And a listening request for auditorily confirming the contents of execution of the program guide, and a storage means for storing and storing various data such as the program guide. Radio music program broadcasting system.