KR20090007855A - Broadcast information transmitting method and broadcast information application method - Google Patents

Abstract

A method for transmitting and operating broadcast information is provided to make a broadcast station transmit broadcast information in various types so that a listener can efficiently operate the broadcast information. A broadcast station(10) classifies broadcasting programs into songs, popular songs, sacred songs, classic songs and news. The broadcast station gathers the same or similar broadcasting programs according to each time unit(example, the half an hour or 1 hour). A listener presses a recording button of a key input unit(16) to record a desired broadcasting program which is being outputted. Accordingly, a controller(22) controls a recording/reproducing unit(18) to record the currently outputted broadcasting program in a storage unit(20). If the listener selects desired types or recording time zones in advance by using a preset button, the controller stores the selected information(preset information).

Description

Broadcast information transmission method and broadcast information operation method {Broadcast information transmitting method and broadcast information application method}

The present invention relates to a broadcasting information transmitting method and a broadcasting information operating method. More particularly, the present invention relates to a method for transmitting broadcasting information in various ways so that the listener (user) can effectively utilize the broadcasting information, and the listeners want the broadcasting information. It's about how you can get things working.

Advertisements currently being broadcast (for example, advertisements on radio stations) are difficult to properly obtain advertisement effects by broadcasting on broadcast stations at predetermined times with advertisers in advance, regardless of broadcast programs.

Currently, the TMC (Traffic Message Channel) feature, which provides real-time traffic information, will be featured in products equipped with GPS or navigation. Most of these products are expensive and consumers are hesitant to buy. Therefore, there is a demand for the development of a product that displays a text message on the LCD panel or voices the traffic in the direction that the consumer wants to go, while the price is low.

In general, there are few listeners in the early morning hours, so most stations broadcast without specific broadcast programs. Increasingly, measures are being taken to utilize such dawn times.

The present invention has been proposed in view of the above-described conventional situation, and an object thereof is to provide a broadcasting information transmitting method for transmitting broadcasting information in various forms in order for the listener to efficiently operate the broadcasting information. .

Another object of the present invention is to provide a broadcast information operating method that enables a listener to record and play back broadcast information that is transmitted.

Broadcast information transmission method according to a preferred embodiment of the present invention in order to achieve the above object, subdividing the broadcast time zone, classify the broadcast information by type, and transmits the broadcast information by type by the broadcast time zone segmented by the broadcast type Send advertisements that match the type of information.

Broadcast information management method according to an embodiment of the present invention, a method for receiving and operating broadcast information transmitted from a broadcasting station, the broadcast information of each type from the received broadcasting station and the recording instruction for the desired type of broadcast information and advertising among the advertisements; Recording and playback if there is a playback command for the recorded content.

According to the present invention, since the consumer (listener) can listen to the broadcast program of his or her desired taste at any time by listening to the broadcast program he / she wants. Therefore, the broadcast listening rate becomes high.

Advertisements that are the same as or similar to the tastes desired by consumers are recorded / played together, thereby maximizing the advertisement effect. Advertisement becomes a part of a broadcast program that is also beneficial to consumers by providing unique advertisements for the type of broadcast program. As a result, advertisers are more responsive.

The efficient use of the early morning hours provides significant additional revenue for existing broadcasters who knew the early morning hours were meaningless. Incidentally, the addition of some advertising in the broadcast station can improve the quality of the broadcast program and generate advertising revenue.

When a broadcasting station loads a predetermined frequency to a subcarrier, the listener device automatically records content or automatically performs volume up / down, so that it is very convenient for the listener to increase the response of the listener and to listen to the broadcast of the listener. It will increase demand.

The TMC function, which was provided only for GPS devices or navigation devices, can quickly obtain desired traffic information even on devices such as a general radio, thereby improving the convenience of the listener (consumer) and gaining significant benefits from the manufacturer.

The listener (consumer) will only listen to or watch the broadcast information (including broadcast programs and advertisements) of the designated station, but can purchase the receiver at a low price. As a result, the broadcasting station can increase the demand for broadcasting listening and can increase the revenue of advertising due to the increase in the demand for broadcasting listening.

The listener (consumer) can automatically record the desired broadcast program at a desired time, so that the listener can listen to the recorded content at any time regardless of time, so that the listener can easily obtain necessary information without much effort.

Hereinafter, a broadcast information transmitting method and a broadcast information operating method of the present invention will be described with reference to the accompanying drawings. In the following specification of the present invention, a broadcast station is preferably understood to be a radio station. The broadcast information basically includes broadcast programs such as songs, pop songs, chant songs, classics, and news. The broadcast information may further include advertisement information and / or traffic information. The listener-side device may be any audio device capable of receiving, recording and playing back broadcast information transmitted from a broadcasting station. For example, a vehicle audio device (including an antenna) or a portable audio device (including an antenna) belongs to the listener-side device.

(First embodiment)

1 is a configuration diagram of a system for explaining a broadcast information transmitting method and a broadcast information operating method according to a first embodiment of the present invention. The first embodiment is a system that allows a listener (consumer) to select and record and play desired content (broadcast information) by subdividing the time according to the type of broadcast program and performing a broadcast advertisement suitable for the broadcast program type.

The broadcasting station 10 subdivides 24 hours a day into 30 minutes or 1 hour according to the broadcasting station situation. The broadcasting station 10 transmits broadcast programs separately by types (eg, songs, pop songs, chant songs, classics, news, etc.), and collects them together in granular time units. The broadcasting station 10 also transmits advertisement information (at least one or more) that is the same as or similar to the type of the broadcasting program. In FIG. 1, the internal configuration of the broadcasting station 10 is not separately illustrated, but a person who is engaged in the same industry can easily infer the internal configuration of the broadcasting station 10 sufficiently as described above. In other embodiments described below, the internal configuration of the broadcasting station can be easily inferred by anyone in the same industry.

The listener-side device includes a tuner 12, an audio signal processor 14, a key input unit 16, a recording / playback unit 18, a storage unit 20, and a control unit 22. The tuner 12 tunes the frequency of the tuned broadcast channel. In FIG. 1, a tuner may be used. The tuner may be used in other terms (eg, a receiver and a tuner). The audio signal processor 14 processes the broadcast information received by the tuner 12 into a voice that can be heard by the listener and outputs the same through the speaker SP. The key input unit 16 includes a power on / off button (not shown), a recording button (not shown), a channel up / down button (not shown), a preset button (not shown), and the like. The recording / playback unit 18 records the audio signal processed by the audio signal processor 14 in the storage unit 20 or reproduces the recorded voice signal. The internal configuration of the recording / reproducing section 18 can be easily inferred based on existing known materials if the person in the same industry. The storage unit 20 may be a medium capable of storing a voice signal. The controller 22 controls broadcasting channel selection, recording by a recording button or a preset button, and controls reproduction of the recorded audio signal.

In FIG. 1, the power supply unit is not separately illustrated, but is not necessarily illustrated because it is provided.

The operation of the first embodiment will be described based on the configuration of FIG. 1 as follows.

First, the broadcasting station 10 separates broadcast programs by types (eg, songs, pop songs, song songs, classics, news, etc.). In addition, broadcast programs of the same or similar types are collected and transmitted according to time units divided into 30-minute or 1-hour units. Here, the broadcasting station 10 transmits advertisement information (at least one or more) that is the same as or similar to the type of broadcasting programs in the corresponding transmission time.

In the listener-side device, when the listener selects an arbitrary broadcast channel, the tuner 12 tunes the frequency of the corresponding broadcast channel. Accordingly, the broadcast program (audio signal) of the corresponding broadcast channel through the tuner 12 is sent to the audio signal processor 14. The audio signal processor 14 processes the broadcast program (which is an audio signal) as an audible voice and outputs it through the speaker SP.

In this state, when a listener is currently outputting a broadcast program that matches his or her taste and wants to record it, the listener presses a record button (not shown) of the key input unit 16. Accordingly, the controller 22 controls the recording / playback unit 18 to record the broadcast program currently being output to the storage unit 20.

On the other hand, by using a preset button (not shown) of the key input unit 16 can be recorded at a desired time. The use of the preset button is suitable when the listener knows in advance what type of broadcast program is being broadcast for each time zone. For example, when a listener selects a desired type (eg, rock, jazz, pop song, etc.) and / or recording time zone in advance by using a preset button, the control unit 22 stores the selection information (preset information). Then, when the time zone for the broadcast of the selected type of broadcast arrives, the controller 22 controls the tuner 12, the audio signal processor 14, and the recording / playback unit 18 to automatically broadcast the selected type of broadcast program. Record it. Of course, if an advertisement comes with the broadcast program, the advertisement is recorded together. If the power of the listener device is turned off, the controller 22 turns on the power and then proceeds to record the broadcast program of the selected type.

Subsequently, a broadcast program (possibly including an advertisement) recorded in the storage unit 20 is reproduced as the play button (not shown) of the key input unit 16 is pressed.

According to the first embodiment as described above, the consumer (listener) can listen to the broadcast program of his / her desired taste at any time, so that he / she can continuously listen to his / her desired broadcast program. Therefore, the broadcast listening rate becomes high.

Advertisements that are the same as or similar to the tastes desired by consumers are recorded / played together, thereby maximizing the advertisement effect. Advertisement becomes a part of a broadcast program that is also beneficial to consumers by providing unique advertisements for the type of broadcast program. As a result, advertisers are more responsive.

(First Modified Example of First Embodiment)

Since most broadcast stations transmit only broadcast programs, such as music, in the early morning hours, the broadcast stations do not perform separate advertising broadcasts. The first variant has a point in using the dawn time zone.

In the case of the first modification, the broadcast station 10 transmits music or other content of various genres for each time zone in the time of dawn (for example, from about 2 am to about 4 am). For example, a rock is played between 2 am and 2:30 am, a pop song between 2:31 am and 3 am, and a classic is played between 3: 1 am and 3:30 am.

In such a state, the listener can record by pressing a recording button to record a desired type of music or other content in the dawn time or by using a preset button to set a desired time zone in advance. Afterwards, the recorded content is reproduced and listened to as intended by the listener.

In the case of the first modification, the broadcast station 10 may perform an advertisement broadcast together, but only a broadcast program such as music is transmitted for the listener who wants to record only the desired type of content.

According to the first variation, for example, if a plurality of listeners are going to the same destination by their vehicles, they will hear the same information for traffic information, but the types of recorded contents (eg, music) are different. You will arrive at your destination while listening to other types of content (the listener wants it).

In particular, the first variant efficiently utilizes the dawn time zone, thus providing significant additional revenue to existing broadcasting stations that knew the dawn time as meaningless time zones. Incidentally, the addition of some advertising in the broadcast station can improve the quality of the broadcast program and generate advertising revenue.

(2nd modification of 1st Example)

In the second variant, when the traffic information broadcast (or advertisement broadcast) is received while playing and listening to the recorded content (for example, music), the playback of the content being played is stopped and the traffic information broadcast can be listened to. In the case of the first variant, there should be two receivers, but in the second variant, there may be only one receiver. In the first modification, the traffic information while going to the destination is to listen to the contents recorded through the car audio installed in the listener's vehicle and recorded on another device (receiving device).

In the second modification, the desired type of music or other content is recorded in advance in the dawn time as in the first modification. Thereafter, music or other content recorded in the time zone or another time zone is played. The recorded music or other content is to be played while the broadcast channel providing the music or other content is tuned. If the traffic information or commercial broadcast is performed on the tuned broadcast channel while playing the recorded music or other content, the playback of the recorded music or other content is stopped and the traffic information or commercial broadcast is output. In order to check whether the signal of the tuned broadcasting channel is traffic information or advertisement broadcasting, check separate identification information included in the corresponding signal. In order to construct the second variant, several components (recognition information checker, switching unit, etc.) should be added to the configuration of FIG. 1, and such a configuration is separately illustrated since it can be easily implemented by those skilled in the same industry. Did not do it.

(Second embodiment)

2 is a block diagram of a system for explaining a broadcast information transmitting method and a broadcast information operating method according to a second embodiment of the present invention. The second embodiment is a system capable of controlling a listener-side device at a broadcasting station using a frequency exceeding an audible frequency band. Although there are the same components in terms of FIG. 1, FIG. 2 is different from FIG. Although the reference numerals are different, the description of the components of the same terms as in FIG. 1 in FIG. 2 may be replaced with the description of FIG. 1 described above.

The broadcast station 30 carries a predetermined frequency on a subcarrier when the broadcast information (including a broadcast program and traffic information) is loaded on a broadcast carrier (main carrier). The listener-side device is controlled by a predetermined frequency carried on the subcarrier.

The tuner 32 receives the information carried on the broadcast carrier and the subcarrier transmitted from the broadcasting station 30 through the antenna. The subcarrier detector 40 detects a frequency signal carried on the subcarrier through the tuner 32. The decoder 42 decodes the frequency signal detected by the subcarrier detector 40 and transmits the decoded frequency signal to the controller 50. The volume controller 44 adjusts the output level of the amplifier 36 based on the volume control signal from the controller 50. The control unit 50 controls the volume control unit 44 and / or the recording / reproducing unit 46 based on the signal from the decoding unit 42.

The operation of the second embodiment will be described based on the configuration of FIG. 2 as follows.

It is assumed that the broadcasting station 30 carries predetermined broadcast information (for example, music, news, traffic information, etc.) (including commercials) on a broadcast carrier and sends a signal of a predetermined frequency band to the subcarrier. For example, a signal of 1 KHz band (for example, a signal for entering a recording mode) may be carried on a subcarrier, a signal of 5 KHz band (for example, a signal for volume down) may be loaded, and a 10 KHz band may be carried. A signal of (eg, a signal indicating volume up) may be carried.

In the listener device, the tuner 32 receives signals of the corresponding broadcast carrier and subcarrier through an antenna. The broadcast program (audio signal) carried on the broadcast carrier is converted into sound of an audible degree by the audio signal processing unit 34 and output to the speaker SP through the amplifier 36. The signal on the subcarrier is detected by the subcarrier detector 40 and then decoded by the decoder 42. The controller 50 performs a control operation based on the output from the decoder 42.

For example, if the output from the decoding unit 42 is a signal indicating entry into the recording mode, the controller 50 controls the recording / reproducing unit 46 to output the current audio output from the audio signal processing unit 34. Record the signal to the storage 48 automatically. This recording operation can be used very effectively when there is an appointment for content to be pre-recorded in advance between the listener and the broadcasting station.

Alternatively, if the output from the decoding unit 42 is a signal indicating the volume down (down), the control unit 50 controls the volume control unit 44 to lower the output level of the amplifier 36 by a predetermined value. If the output from the decoder 42 is a signal indicating a volume up, the controller 50 controls the volume controller 44 to increase the output level of the amplifier 36 by a predetermined value. This remote volume up / down control operation automatically raises the speaker (SP) output of the listener's device in case of providing important information such as traffic information, and the speaker (SP) of the listener's device in the case of commercial broadcasting. It is very efficient by automatically lowering the output. The volume up / down signal transmission in such a broadcasting station may be determined in advance by setting an optimal value for each content by the broadcasting station itself or by making an appointment with a listener.

On the other hand, if traffic information is provided on a broadcast channel selected by the listener while playing and listening to music recorded by remote recording and volume up / down control, the music being played may be stopped to listen to traffic information. You can also make it possible. This can also be sufficiently controlled based on the signal carried on the subcarrier.

According to the second embodiment, when a broadcasting station loads a predetermined frequency on a subcarrier, the listener device automatically records content or automatically performs volume up / down, so that the listener's response is very convenient in use. Not only increases the demand, but also increases the demand for broadcast listening.

(Third Embodiment)

3 is a block diagram of a system for explaining a broadcast information transmitting method and a broadcast information operating method according to a third embodiment of the present invention. The third embodiment is a system for informing TMC information when the listener selects a desired route. In the case of the third embodiment, since the navigation module is not required in the listener-side device, it can be implemented at a lower cost than the expensive navigation device that provides the conventional TMC information. 1 and 2 have the same elements in terms of terms, but FIG. 3 is different from those in FIGS. 1 and 2 in terms of effects and configurations, and thus the reference numerals are different from those in FIGS. 1 and 2. Although the reference numerals are different, the description of the components of the same terms as in FIGS. 1 and 2 in FIG. 3 may be replaced with the description of FIG. 1 or 2 described above.

Broadcasting station 60 is equipped with a TMC system (not shown) that can provide traffic information in real time. The broadcasting station 60 of FIG. 3 transmits the traffic information by text-signaling.

At the listener-side device, tuner 62 typically tunes the frequency of the broadcast channel tuned to by the listener among the various broadcast channels of broadcast station 60. In the third embodiment, since the traffic information is mainly used, the tuner 62 serves as a receiver for receiving TMC data (traffic information (text signal)) transmitted from the broadcasting station 60. The audio signal processor 64 converts the traffic information (text signal) output from the tuner 62 into an audible voice and outputs it to the speaker SP. The text signal processing unit 66 displays the broadcast channel name or frequency of the traffic information output from the tuner 62 on the display unit 68 in text and displays the traffic information in text. The key input unit 70 includes a volume up / down button (not shown), a channel up / down button (not shown), a TMC button (not shown), a preset button (not shown), and the like. The channel information storage unit 72 stores information for broadcast channel selection. The preset information storage unit 74 stores preset information preset by the listener.

In FIG. 3, the information output from the tuner 62 is marked as traffic information, and in reality, the information output from the tuner 62 may be broadcast information (including broadcast programs, traffic information, and advertisement information) of the broadcast channel tuned by the tuner 62. . In the third embodiment, the main focus is to allow the listener to immediately know the traffic information of the desired road, and thus the traffic information is displayed.

The operation of the third embodiment will be described based on the configuration of FIG. 3 as follows.

First, the listener sets preset information in advance. For example, after pressing the TMC button of the key input unit 70, press a preset button (for example, numeric keys) to enter a road number, or after pressing the TMC button, a channel up / down button (for example, alphabet and / or alphabet) After entering the road name using the displayed numeric keys, press the preset button (for example, numeric keys) to set. Thus, preset number 1 is assigned 81.2 MHz for road 88.

In this way, the preset information storage unit 74 stores one or more preset information (including preset number, road number or road name, frequency band).

The tuner 62 then tunes to the frequency of the broadcast channel tuned by the listener among the various broadcast channels of the broadcast station 60 as the listener tunes to any broadcast channel (eg, one in a music channel, traffic information channel, news channel, etc.). Please tune in.

The broadcast information (audio signal) output from the tuner 62 is converted into audible voice by the audio signal processor 64 and output to the speaker SP. The channel information (e.g., frequency) tuned by the listener is displayed on the display unit 68 by the character signal processing unit 66 as letters (including numbers, symbols, and the like).

When the listener wants to listen to or watch traffic information of a road currently being driven or traffic information of another road, the listener presses the corresponding preset button after pressing the TMC button of the key input unit 70. Accordingly, the controller 76 reads preset information corresponding to the number of the pressed preset button from the preset information storage unit 74. That is, if the listener presses the preset number 1, it reads the road number "88" which is the information related to the preset number "1" and the broadcast frequency band "81.2MHz" to which the traffic information is provided.

The control unit 76 controls the tuner 62 using the read information to automatically tune to the traffic broadcasting channel of 81.2 MHz. As it is automatically tuned, the text signal processing unit 66 converts the traffic information (text signal) of the corresponding traffic broadcasting channel into text and scrolls it on the display unit 68. At the same time, the traffic information (text signal) of the corresponding traffic broadcasting channel is converted into a voice that is audible to the audio signal processor 64 and output to the speaker SP.

In the third embodiment, it is assumed that the listener informs desired traffic information of a desired road by voice and text, but any one of voice and text may be used.

According to the third embodiment, since the desired traffic information can be quickly obtained from a device such as a radio, the TMC function provided to a GPS device or a navigation device can be quickly obtained, thereby improving the convenience of a listener (consumer). Not only that, but also significant benefits from manufacturers.

(Example 4)

4 is a configuration diagram of a system for explaining a broadcast information transmitting method and a broadcast information operating method according to a fourth embodiment of the present invention. The fourth embodiment is a system in which only broadcast information of a designated broadcast station can be listened to. In other words, under the agreement between the broadcasting station and the advertiser, the receiver can receive only the broadcasting information of its own broadcasting station, and the listener (consumer) purchases such a product at a very low price. It is a system that makes it possible.

In FIG. 4, the broadcasting station 90 is a broadcasting station contracted in advance with the advertiser, and the listener-side device is a receiver capable of receiving only broadcasting information of its own broadcasting station under a contract with the broadcasting station 90 and the advertiser.

The broadcasting station 90 loads the advertisement of the contracted advertiser on the subcarrier and transmits the broadcast program together at regular time intervals. In the case of continuous advertising, it is desirable to send the advertisement over a certain period of time due to the inconvenience caused by the listener (consumer).

The memory 108 of the listener-side device stores information about a contracted broadcast station (for example, broadcast station name information and broadcast channel information). The subcarrier detector 98 detects an advertisement signal (audio signal or text signal) of the advertiser on the subcarrier. The decoding unit 100 decodes the detected advertisement signal into a text signal corresponding thereto. The text signal processing unit 102 generates a character corresponding to the decoding result from the decoding unit 100 and displays the corresponding character on the display unit 104.

The tuner 92, the audio signal processing unit 94, the key input unit 96, and the channel information storage unit 106 in FIG. 4 can be sufficiently understood by referring to the above description. The channel information storage unit 106 of FIG. 4 stores broadcast channel information of broadcasting stations other than the designated broadcasting station, and may be omitted as necessary.

In the fourth embodiment based on the configuration of FIG. 4, in the listener-side device, only the broadcast channel of the designated broadcast station is selected, and the broadcast channel of other broadcast stations is skipped. Therefore, when the broadcast station 90 transmits broadcast information (for example, music) of an arbitrary broadcast channel through the broadcast carrier, the listener transmits the advertisement of the contracted advertiser through the subcarrier. Listen to the music through the speaker SP of the and through the display unit 104, the content of the advertisement scrolls in the form of characters. The control unit 110 controls such an operation.

According to the fourth embodiment, the listener (consumer) will listen or watch only broadcast information (including broadcast programs and advertisements) of a designated broadcasting station, but can purchase a receiver at a low price. As a result, the broadcasting station can increase the demand for broadcasting listening and can increase the revenue of advertising due to the increase in the demand for broadcasting listening.

(Example 5)

5 is a configuration diagram of a system for explaining a broadcast information transmitting method and a broadcast information operating method according to a fifth embodiment of the present invention. The fifth embodiment is a system capable of automatically setting and recording a broadcast channel and time using a zip code in an automobile device and a portable device. In other words, in the early morning hours (for example, approximately 2 am to 4 am), broadcasters usually broadcast without a specific broadcast program. By utilizing this dawn time zone, listeners (consumers) as well as broadcasters can make additional profit It is a system that can be used as a time frame to create a business.

The description of most of the components shown in FIG. 5 is sufficiently replaceable with the description of the components shown in the preceding figures.

In FIG. 5, the broadcast station 130 transmits broadcast information even during the day and at night, but broadcasts the same broadcast as the broadcast station 10 in the first embodiment in the dawn time.

In FIG. 5, the jeep code storage unit 138 stores one or more jeep codes in advance. Jeep codes vary from station to station, but generally range from 5 to 10 digits. The jeep code includes broadcast station information (ie, information indicating which broadcast station), broadcast channel information (ie, broadcast frequency band), and recording time zone information. Here, the jeep code or some information in the jeep code (i.e., recording time zone information) may be set in advance by using software in the product (i.e., the listener side device) initially, or the listener may change the time arbitrarily to set the recording time zone. You can change it.

Meanwhile, some broadcasting station information, broadcast channel information and recording time zone information related thereto may be stored in the jeep code storage unit 138 by using a preset button (not shown).

In FIG. 5, the control unit 148 incorporates an atomic clock or a high precision clock. This is because a clock in a car audio device or a portable audio device cannot give an accurate time.

In the case of the fifth embodiment, the listener must know in advance what kind of broadcast program is broadcasted in which broadcast channel and the corresponding jeep code in advance. Of course, if a program list containing a jeep code is known in the form of a booklet or a newspaper, it is obtained and used.

In the fifth embodiment based on the configuration of FIG. 5, when a listener inputs a jeep code using the key input unit 136, the controller 148 may select a corresponding jeep code stored in the jeep code storage unit 138. Read it. The controller 148 reads the read jeep code and grasps information (ie, a broadcasting station, a broadcasting channel, and a recording time zone) that the listener wants to record.

When the corresponding recording time zone arrives based on the grasped information, the controller 148 automatically turns on the power even if the recording time is turned off, thereby recording the broadcasting information of the broadcasting channel of the broadcasting station in the storage unit 142 for a predetermined recording time. . Before recording is performed, the controller 148 controls the guide character generator 144 to check whether the jeep code input by the listener is a properly input jeep code, and displays the guide character (eg, “00” on the display unit 146). You have specified a broadcast station, ** broadcast channel, ×× recording time zone. If correct, press #.

On the other hand, a separate hot key is placed in the key input unit 136, and when the listener presses the hot key, preset information stored in preset number 1 (that is, includes a broadcasting station, a broadcasting channel, and a recording time zone). In some cases, tuning and recording may be performed in one operation.

According to this fifth embodiment, the listener (consumer) can automatically record the desired broadcast program at a desired time, so that the listener can listen to the recorded content at any time regardless of time, so that the listener can easily obtain necessary information without much effort. Will be.

In addition, the consumer who feels the convenience of the product has no choice but to prefer a product incorporating the same function as the fifth embodiment, so that an additional benefit can be created when a product having such a function is manufactured.

Incidentally, the addition of some advertising in the broadcast station can improve the quality of the broadcast program and generate additional advertising revenue.

On the other hand, the present invention is not limited only to the above-described embodiment, but can be modified and modified within the scope not departing from the gist of the present invention, the technical idea to which such modifications and variations are also applied to the claims Must see For example, the key input unit of FIGS. 1 to 5 may be directly touched by a listener (consumer). Frequent contact can cause bacteria to multiply in the key input. In addition, when the user touches the key input unit with a wet hand, the key input unit may be stained. Therefore, the key input can be made to another part of the body without touching the hand directly. In the case of key input to other parts of the body other than the hand, it is better to use a key input unit such as an LED panel which becomes a certain size rather than a small key input unit. And, if the content is adopted in the electronic devices installed in the kitchen of the house can solve the problems of hygiene and can create a cleaner kitchen environment.

1 is a configuration diagram of a system for explaining a broadcast information transmitting method and a broadcast information operating method according to a first embodiment of the present invention.

2 is a block diagram of a system for explaining a broadcast information transmitting method and a broadcast information operating method according to a second embodiment of the present invention.

3 is a block diagram of a system for explaining a broadcast information transmitting method and a broadcast information operating method according to a third embodiment of the present invention.

4 is a configuration diagram of a system for explaining a broadcast information transmitting method and a broadcast information operating method according to a fourth embodiment of the present invention.

5 is a configuration diagram of a system for explaining a broadcast information transmitting method and a broadcast information operating method according to a fifth embodiment of the present invention.

<Description of Symbols for Major Parts of Drawings>

10: station 12: tuner

14 audio signal processor 16 key input unit

18: recording / playback section 20: storage section

22: control unit

Claims (2)

As a broadcasting information transmission method, The broadcast information transmission method characterized by subdividing a broadcast time zone, classifying broadcast information by type, and transmitting the broadcast information for each type by the divided broadcast time zone, but also transmitting advertisements corresponding to the type of broadcast information for each type. A method of receiving and operating broadcast information transmitted from a broadcasting station, And a recording instruction for the desired type of broadcasting information and advertisement among the broadcasting information and advertisement for each type received from the broadcasting station for recording, and playing if there is a playback instruction for the recorded contents.

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