KR100357710B1 - Controlling method for player to accompany image as music with giving bonus systems - Google Patents

Abstract

PURPOSE: A method for controlling an image-song accompaniment device with gift supply is provided to increase the benefit and the interest of users by providing a bonus gift according to the score of user's singing. CONSTITUTION: A method for controlling an image-song accompaniment device with gift supply includes the steps of setting a bonus point section for providing a gift(S104), marking the score for user's singing(S107), comparing the marked score with the set bonus point section(S109), and commanding the output of a gift(S112) if the marked score is in the set bonus point section. A memory has a table for opportunity values for the selection of the bonus point section for wining the gift or an opportunity value for wining the gift when the user obtains a score in the bonus point section by the predetermined number of times. The opportunity value is initiated when the number of processing time reaches 10.

Description

CONTROLLING METHOD FOR PLAYER TO ACCOMPANY IMAGE AS MUSIC WITH GIVING BONUS SYSTEMS}

The present invention relates to the half-cycle of the video song, and more specifically, when the song is scored by using the half-cycle of the video song, the user's song score is included in a random score set automatically by the half-cycle. The present invention relates to a control method of an image flexible half-cycle with a gift providing function configured to provide a gift by operating a device, and a control device thereof.

In general, the video song half-cycle is a sound source module for music reproduction, a recording medium storing thousands of accompaniment data and video data, a caption generator for displaying lyrics on a monitor, and an operation for setting a selection song and a function. It is composed of a panel and a remote controller, and is configured to play a specific song with an image under the control of a microprocessor.

The user can sing a desired song by using the conventional video flexible half cycle as described above, and such a song is suitable for a hobby or play.

The conventional video flexible half cycle has been developed including a wide variety of functions.

The conventional video available half-cycle has been developed by focusing on techniques for storing a large number of songs or extracting selected songs from stored song data and reproducing the selected song data.

According to the above technology development, there has been a development of a video accompaniment apparatus providing a large capacity storage medium and a video.

However, as described above, all conventional video accompaniment apparatuses including a large amount of song accompaniment data and video data have a unique function in addition to the original song accompaniment function, although there is a positive aspect of enlargement of the storage and processing data. In order to make up for the shortcomings of the monotonous conventional video songs and half cycles, there have been proposals to implement the song game function or to provide a gift according to the result of the song score. -84976 is one of the prize judging device for entertainment equipment and a control method thereof. This is a selection step of changing the cursor on the screen to select a selection, and a control unit that sings a song through a microphone and stores a program to score a song input through the microphone. To compare and judge And a step of outputting a prize when the comparison decision result and the selected score coincide with each other. The score selection step is directly fixed to 66, 77, 88, 99, etc. by the user by manual operation. You can get lucky prizes by coincidence by selecting the scores that have been selected.However, you can't be sure whether you can reach a certain score based on your ability. In addition, there is a disadvantage in that it is difficult to obtain a desired interest because it loses interest.In addition, according to the seaman's skill, the selected score is set simple and uniformly, so that the frequency of offering a gift is not controlled so that a singer can There is a high possibility of being recognized in a commercial way, rather than preferring to use these karaoke devices. There are side effects that can.

The present invention has a main object to provide a video flexible accompaniment device that can give more interest to the user by escaping from the limited inherent accompaniment function of the conventional video available accompaniment device as described above.

The present invention provides a control method of an image flexible half cycle having a gift providing function made by combining a gift providing apparatus as an external control device controlled by an image flexible accompaniment apparatus.

The present invention uses a video accompaniment device to give a gift in accordance with a specific song score results in addition to the joy of singing, giving a good luck to get a gift, so that the more interesting play is a video flexible half cycle control method And a control device. The present invention provides an opportunity value for setting a frequency of offering gifts according to a song result, and includes a wide number of scores and a small number of scores. The interval value with the control point width can be controlled by setting the frequency of giving the gift as "frequent", "normal" and "sometimes", and the gift giving score is a random value. The control method of the half-cycle of the flexible video which is designed to multiply the interest by providing a gift when the value comes in To provide value.

The present invention made to achieve the above object is made as follows.

The present invention relates to a recording medium storing a plurality of accompaniment data and an image flexible half period for playing and controlling the accompaniment data selected from the recording medium together with the moving image, and presenting an arbitrary score table according to the present providing mode set by the operator. The bonus score section setting step of setting the score to the available score, the song score of the user who sings the song is compared with the score of the set bonus score section and when the song score corresponds to the set bonus score band, the gift output to the gift writer. It consists of a commanding step.

The present output mode of the bonus score section setting step includes an opportunity value (hereinafter, simply referred to as an opportunity value) and a gift output score section value (hereinafter, simply referred to as a section value) determined as a number of score section values that can be output at least. Preparing a table of opportunity values in memory for selecting and setting a score section by adding an opportunity value of any one of the opportunity values and a section value corresponding to the opportunity value to an arbitrary score selected according to the selected mode. do.

The opportunity value specifies the number of treatments in stages up to the opportunity having a wide range of scores and the opportunity to be selected as one score without having the width of the score intervals. The opportunity value is initialized when the number of processing of each score interval reaches 10 times. And uploading again from the opportunity value table in memory.

The opportunity value table is provided in multiple stages from a frequently provided mode to a frequently provided mode when the selectable mode is based on the frequency of presenting outputs, and when the frequency of providing a gift is frequently provided, a wide range of gift providing score intervals is provided. In the case where a lot of values are provided and, on the contrary, in a mode in which the frequency of providing gifts is provided occasionally, the opportunity value having a wide range of scores is made smaller, and more opportunity values having a smaller score section are provided.

1 is a schematic conceptual diagram illustrating a control concept of the present invention;

Fig. 2 is a flowchart showing the main control step of the present invention.

3 is a flowchart showing a bonus score interval setting control step of the present invention;

4 is a flowchart showing a gift output initialization control step of the present invention;

5 is a diagram showing an opportunity value table of a memory in which a bonus score interval value and an opportunity value are set.

Fig. 6 is a block diagram showing the device configuration as an embodiment implementing the control method of the present invention.

FIG. 7 is a block diagram showing excerpts relating to the bonus futures output portion of FIG. 6. FIG.

** Description of symbols for the main parts of the drawing **

30: main control unit 40: gift writer

350: microphone input processor 360: external signal output processor

370: interface

Hereinafter, the technical spirit of the present invention will be described in detail with reference to the accompanying drawings.

As shown in Fig. 1, the present invention provides mode selection means for setting a frequency of presenting gifts (possibility) in the control of a video flexible half-cycle in which accompaniment data related to song accompaniment and video data are reproduced and output by selection. A bonus score setting means for setting an arbitrary bonus score section according to the selected mode, providing song scoring means for scoring a user's song score, and calculating means for calculating whether the song score coincides with the set score section; The result of the operation is to generate a drive output to the gift output unit combined with an external device, so that the bonus gift can be paid according to the song score.

According to the above-described control concept, the present invention does not necessarily provide a gift by obtaining a high score, but controls to select an arbitrary score of at least 70 points to induce interest of the user.

The control concept will be described in more detail.

In the description of the present invention, the operator refers to a half-cycle owner who installs a video-available half-cycle and determines the frequency of gifts for general guests, and the user is assumed to be a customer who uses a half-cycle. .

2 to 4 are flowcharts representing the control method of the present generation.

2 is a flowchart showing the main control steps of the present invention.

According to the present invention, a method of controlling a video flexible half-cycle having a gift providing function includes detecting a present output mode set according to a request of an initial operator when the control of a video flexible half-cycle starts, and reading a corresponding control value from a memory table. Proceed with the initialization step (S101).

Thereafter, the step value of the bonus score is selected by the step (S102) of waiting for the selection of the music selection and the step of detecting the music selection (S103).

Recognizing the gift presentable score to the user through displaying the selected bonus score section value on the screen (S105), starting the accompaniment to proceed with the song (S106) and calculating the song to be scored Comparing the score of the song score and the selected bonus score interval value by the end of the song through the step (S108), the step of detecting the end of the song accompaniment ends (S108) and the bonus score interval When the scored song score does not belong to the value control the step of displaying a bonus loss on the screen (S110), and conversely, displaying the bonus acquisition on the screen when the scored score belongs to the bonus score interval value (S111) Sending a gift output request signal to the connected gift writer through the (S112) to achieve a control execution method.

In detail, the step S101 of initializing the present output includes reading the opportunity value corresponding to the mode from the opportunity value table of the memory according to the present output mode set by the operator (S1011) and the read opportunity value. The control is executed by allocating and copying the variable of the memory (S1012) and resetting the variable calculating the total number of processing of the set opportunity value to "0" (S1013).

In the initializing step, as shown in FIG. 5, the present invention outputs the frequency and the score section value corresponding to the frequency according to the present output mode set by the operator based on the opportunity value table stored in the memory. It is selected to control in order.

At this time, as can be seen in FIG. 5, the futures output is the number of times that the number of times when a wide range of score interval values (for example, a four-point interval) is selected in the case of " voluntary " If the number of times (eg, three times) is one time and one score is selected without the score interval value (eg one-point interval), the frequency is set to be small.

On the other hand, when the gift output mode is selected as "sometimes" which is unlikely to output a gift, the number of times that a wide range of score interval values (for example, a four-point interval) is selected is 10 times the total number of times of processing. It is made to be small (for example, 2 times) among them, and if one score is selected without a score section value (for example, 1 point section), the frequency is set to be relatively large.

When the future output mode is selected as “normal”, the opportunity value is increased in frequency at three points corresponding to the interval value, and the frequency value is relatively small in the wide or narrow interval. To achieve.

Of course, such an opportunity value table may be set to be changed to appropriate interval values, opportunity values, and various modes that maintain the operator's business interests and users' interests, and the change of the opportunity values does not change the nature of the invention.

Next, the step of setting the bonus score interval of the present invention will be described in detail with reference to FIG.

The setting of the bonus score section is made after the song is selected as described above.

This is a random value designation step (S1041) which randomly selects a random constant existing between approximately 70 and 99 points based on the score and sets it as a reference value in consideration of the song level of the user, and the cumulative number of processing of the opportunity value is 10. If the number of times of processing is detected by detecting the sine (S1042), and the present value output initialization routine (S1043) performs a reset by reading the opportunity value table according to the present output mode from the memory again and performing a reset, the present output initialization routine is controlled. Is executed.

If the present output is initialized or the processing number is not 10, one interval value is selected through a step (S1044) of arbitrarily specifying a score interval value of an opportunity value table read and temporarily stored in the memory.

In this case, the step S1045 is performed to check the opportunity value of the output mode corresponding to the score interval value, and it is determined whether the value corresponding to the number of processing of the opportunity value is "0" (S1046). It is determined whether or not the number of opportunity value processing corresponding to

When the opportunity value corresponding to the randomly selected score interval value is all selected and processed, and the corresponding opportunity value becomes zero, the step of checking the opportunity value through the step of designating another score interval value (S1047) (S1045) Controlled.

On the other hand, when there is a number of remaining processing times for the opportunity value corresponding to the arbitrarily selected score interval value, the opportunity value reduction step of "1" down counting the opportunity value of the future output mode corresponding to the selected interval value (S1048). And a process number increasing step (S1049) of counting up the total number of times of processing by one step (S1049), wherein the bonus score interval value is obtained by adding the corresponding interval value of the selected opportunity value to the initial value of the randomly selected score. Through the step (S1050) of selecting the up is to set a random bonus score interval.

That is, the set bonus score interval value = initial value-(initial value + interval value). For example, if the initial value is 80 points and the interval value is 4 points, the bonus score interval value = 80 points to 84 points. It can be seen that the wider the score interval, the higher the probability of obtaining a bonus.

An apparatus configuration as an embodiment embodying the technical idea of the present invention constituting the control method as described above will now be described in detail.

6 and 7 show block diagrams of an image flexible half cycle.

The image flexible half cycle includes a key input unit for detecting an external key input by key input or a remote control input, an MPU which detects the input of the key input unit and displays various information on a display composed of LEDs and processes the key input. The panel unit 10 includes an interface.

The panel unit receives a user's control request as a key input and transmits the control request to the main control device, and is used as an operation and display device for showing the state of the main control device to the user.

In addition, a CD-ROM 20 is provided that includes, as a recording medium, MIDI data on which a plurality of accompaniment information is recorded, image data providing a moving image, and a music list index file in which information of data files is recorded in the MIDI data.

The plurality of MIDI data is composed of MIDI information and subtitle information. The MIDI information is reproduced as a corresponding instrument sound via the sound source module, and the lyrics information is reproduced on the screen as subtitles by the font ROM.

On the other hand, the main controller for processing the information of the CD-ROM as follows.

The main controller 30 stores a program ROM 311 storing a predetermined program necessary for control, a flash ROM 312 for temporarily recording new song information not recorded on the CD-ROM, and a font for subtitle information. A font ROM 313, a memory 314 for temporarily storing MIDI data and image data read from the flash ROM or CD-ROM, and a video RAM for reconstructing the read ROM data into an image. 37, a converter 32 (DAC) for converting a digital signal of a video RAM into an analog signal, and a moving image on the monitor 60 through an encoder 33 which reproduces the converted analog video signal as an image on a monitor by NTSC method. Is made possible to play.

In addition, the main controller is a sound source module 38 for processing data from the read MIDI data to the corresponding instrument sound to reproduce the accompaniment, and a converter for converting the digital signal processed through the sound source module into an analog signal ( 39) and the analog accompaniment signal converted via this converter is reproduced to the speaker 50 through a mixer 39a for mixing with an external microphone input signal.

The microprocessor 31, which is the CPU, transfers data from the first transmitter 34 for transmitting serial data and external key input and the memory 314 for reading the MIDI data and the image data to the sound source module. A second transmitter 35 is provided for serial transmission.

On the other hand, the user's song is controlled to be input to the microprocessor 31 through the microphone input processing unit 350, and when the score is included in the score interval value set by the microprocessor external for commanding the present output A signal output processor 360 is provided, and an interface 370 is provided between the signal output processor and the present output device 40 serving as an external device.

The microphone input processing unit 350 transmits the converted level value to the microprocessor 31 and the level converting unit 352 formed of a microphone input unit 351, a level meter IC for analog digital conversion of the level value of the microphone input. A buffer 353 is included to connect.

The external signal output processor 360 includes a data latch 361 and a bonus output unit 362 for temporarily storing a present output of the microprocessor.

The output of the bonus output part 362 couples the gift output device 40 through the interface 370 so that a signal of a binary code is output and operates according to the code.

The interface 370 is a signal input unit 371 that receives a code related to a gift output on the main control device 30 side, processes the input signal, and commands the output of the gift output device 40 in response to the input signal. A microprocessor 372, an output unit 373 for connecting the output of the microprocessor to an external device, and a sold-out signal output unit 374 for displaying a sold-out of a gift, are provided to the output unit 373 as an external device. Connect 40.

The gift output machine 40 may include various types of gift output machines, such as gift vending machines, instant lottery ticket machines, or accessory type small gift extractors.

Therefore, the present output device can be applied to any type of device as long as it can be electrically controlled by the image output half cycle cycle gift output command in a specific score range.

According to the present invention described above, the operator designates the environment setting of the video available half-cycle as one gift output mode in order to set the video output half-cycle gift output mode having a gift providing function.

The control mode related to the present output in the configuration is arranged such that, for example, often, normally, sometimes and none can be specified.

When the present output mode is selected as one of the modes, a memory for reading and writing the opportunity value variables by reading the opportunity values of the selected gift output mode through the gift output initialization step S101 in the opportunity value table recorded in the memory. Copy it by assigning to.

After the selection is made (S012, 103) as described above by the bonus score interval setting step (S104) the bonus score interval value is calculated and displayed on the screen (S105), thereby allowing the user to obtain a score of any score interval bonus Makes you aware that you can win prizes.

When accompaniment starts and sings, the microprocessor calculates whether the input level of the microphone input processing unit 350 is input at an appropriate level suitable for the beat of the song being played and calculates a song score.

In step S106 to step S108, if the score corresponds to the bonus score section value by comparing whether the score of the scored user exists between the bonus score sections, the bonus acquisition is displayed on the screen. Display and output the prepared gift (S111, 112).

When a command for outputting a gift is generated according to the bonus acquisition, the microprocessor 31 of the main control device 30 sends a control code related to a predetermined gift output through an external signal output processor 360, and the control code. Drives the commodity output 40 connected via the interface 370.

Therefore, a predetermined product is paid to the user as a bonus.

According to the gift output mode set as described above, when the predetermined gift providing opportunity reaches 10 times, the gift output initialization is performed, and the opportunity value of the mode is read again from the opportunity value table of the memory and uploaded to the memory. By repeated control cycles.

Of course, the operator can change the type of gifts as needed and increase or decrease the likelihood of the bonus gifts being paid.

On the other hand, in the present invention, the present output device as an external device may be combined with a gift vending machine or an instant lottery ticket, a gift vending machine or a small accessory type gift output machine used as a new product, and in some cases, by connecting various types of vending machines. You can also use

As described in detail above, the present invention doubles the interests and interests of the operator and the user by introducing a control method that provides a bonus product according to the result of the song by moving away from the image song half cycle that processes only the selected song accompaniment. It has an effect to make.

In addition, in setting the score section for the payment of goods, a random value is selected as a designated value from a score between 70 and 99 points so as to be more suitable for play than actual singing ability, and a section value for forming an appropriate score section is defined for this score. If you obtain a scoring result included in the interval value according to the result of the song, you can obtain a gift as a bonus to achieve a new play effect.

On the other hand, the score section for paying the bonus has a wide and narrow width as the opportunity value is provided in a specific number of times, and it is easy to change the mode from the big mode to the small mode, the operator can respond to the user's taste It is a very excellent invention having various effects such as being able to operate properly.

As described above, the present output unit coupled to the present invention is very diverse, and any type of present output unit may be combined with the present invention only to the extent that it can be easily modified by the technical spirit of the present invention. It is merely a commercial variant attributable.

Claims (10)

A recording medium that stores a large number of accompaniment data and a video that plays and controls the accompaniment data selected from the recording medium. In the control method of the image flexible half-cycle having a gift providing function that is controlled to provide a gift, A bonus score section setting step of setting the random score range as a score that can be provided with a gift, scoring a song score of a user singing a song, comparing the score of the set bonus score section with the scored song score, When the song score corresponds to the set bonus score band, the gift output is commanded to the gift writer. The present output mode of the bonus score section setting step includes: preparing an opportunity value table in memory so that at least the opportunity value determined by the number of points of the future score output value and the future output score interval value are selected; Setting a score section by adding an opportunity value of one of the opportunity values and a section value corresponding to the opportunity value to an arbitrary score selected according to the selected mode; The opportunity value specifies the number of treatments in stages up to the opportunity having a wide range of scores and the opportunity to be selected as one score without having the width of the score intervals. The opportunity value is initialized when the number of processing of each score interval reaches 10 times. And uploading it again from the opportunity value table of the memory. delete The method according to claim 1, wherein the opportunity value table is provided in the memory table in a multi-step mode of providing the "frequent", "moderate" and "sometimes" when the selectable mode is based on the present output frequency basis, In the case where the frequency of providing the gift is "frequent", the opportunity value is increased by widening the gift providing score interval, When the frequency of presenting the gift is "moderate", the opportunity value is reduced by reducing the score section, And in case of the mode of providing the gift, the frequency of the gift providing function being characterized by providing an opportunity value for the score section very small. The method of claim 1, further comprising: an initializing step (S101) including detecting a present output mode set from the bonus score section setting step and reading a corresponding control value from a memory table; Waiting for the music input (S102) and detecting the music selection (S103), Setting a bonus score section internally in the image flexible half cycle (S104); Recognizing the present score available to the user through the step (S105) of displaying the selected bonus score interval value on the screen, Starting the accompaniment to advance the song (S106) and calculating the score of the ongoing song as a score (S107), detecting the end of the song at the end of the accompaniment (S108), Comparing the scored song score and the selected bonus score interval value (S109), Displaying a bonus loss on the screen when the scored song score does not belong to the bonus score section value (S110), and displaying the bonus gain on the screen when the scored score belongs to a bonus score section value. And transmitting a gift output request signal to a gift output device connected to the gift output device (S111) to control the output of the gift (S112). The method of claim 4, wherein the initializing the present output comprises: reading an opportunity value corresponding to the mode from the opportunity value table of the memory according to the set present output mode (S1011); Assigning and copying variables of the read opportunity values (S1012); The control method of the image flexible half-cycle with a gift providing function, characterized in that the control is carried out by the step (S1013) of resetting the variable for calculating the total number of processing of the set opportunity value (S1013). The method of claim 1, wherein the setting of the bonus score interval is a random value designation step (S1041) of randomly selecting a random constant and setting it as a reference value, Detecting whether the accumulated number of times of processing of the opportunity value is ten (S1042), When the number of times of processing is ten times, control is performed by the gift output initialization routine described above through a gift output initialization step (S1043) which executes a reset for rereading the opportunity value table according to the gift output mode from the memory; Randomly designating a score interval value of an opportunity value table read and temporarily stored in the memory when the present output is initialized or the processing number is not 10 (S1044); Checking the opportunity value of the output mode corresponding to the score interval value (S1045) and determining whether the value corresponding to the number of processing of the opportunity value is "0" (S1046). Determining whether there is a corresponding number of opportunity value processings; When all the opportunity values corresponding to the randomly selected score interval value are already selected and the corresponding opportunity value becomes zero (S1047), An opportunity value reduction step (S1048) of down counting the opportunity value of the future output mode corresponding to the selected interval value when the opportunity value corresponding to the randomly selected score interval value remains; A processing frequency increasing step (S1049) of counting up the total number of processing of the opportunity value by "1"; Setting a bonus score section from the initial value of the randomly selected score to a score plus a corresponding section value of the opportunity value selected in the initial value (S1050). Method of controlling the half-cycle of the image with the gift providing function. delete delete delete delete