KR102274585B1 - Karaoke System by using Electronic Tambourine Equipped Pointing Device - Google Patents

Abstract

Disclosed is a karaoke system using an electronic tambourine having a pointing device.
This embodiment has a separate mouse button in the electronic tambourine, communicates between the electronic tambourine and the karaoke, and implements the aerial mouse function, so that even if the karaoke and the electronic tambourine are far away, various interface functions provided by the karaoke can be selected Provided is a karaoke system using an electronic tambourine having a pointing device to enable execution.

Description

Karaoke System by using Electronic Tambourine Equipped Pointing Device

This embodiment relates to a karaoke system using an electronic tambourine having a pointing device.

The content described below merely provides background information related to the present embodiment and does not constitute the prior art.

Today, with the increase in social income and interest in the entertainment culture, karaoke is being created. Consumers are seeking to relieve stress or socialize by singing uninterruptedly in karaoke rooms for the purpose of their own musical achievement or entertainment.

A general karaoke accompaniment installed in each room of a karaoke room generally outputs the accompaniment of a song selected by the consumer and simultaneously outputs the song lyrics corresponding to the accompaniment, so that the consumer can sing along with the song. A typical karaoke accompaniment compares the original song sound source with the consumer's singing sound source, and outputs a score accordingly.

In the conventional karaoke cycle, a separate remote control or touch screen is provided to control the karaoke cycle. In the case of the remote control, there is a disadvantage of a physically limited interface, and in the case of a touch screen, the user has to touch the screen after moving to the screen.

This embodiment is provided with a separate mouse button in the electronic tambourine, communicates between the electronic tambourine and the karaoke, and implements the aerial mouse function, so that even if the karaoke and the electronic tambourine are far away, various interface functions provided by the karaoke can be selected and An object of the present invention is to provide a karaoke system using an electronic tambourine having a pointing device that can be executed.

According to an aspect of this embodiment, after switching to the mouse mode according to the user's command, the mouse movement data corresponding to the user's manipulation or the user's motion, the electronic tambourine for wirelessly transmitting the execution command and the cancel command; Upon receiving the mouse mode request signal from the electronic tambourine, it switches to the mouse mode and controls the mouse cursor to appear on the screen, and controls the mouse cursor to move in response to the mouse movement data, at the point where the mouse cursor is located. a karaoke cycle for executing or canceling a function corresponding to a point at which the mouse cursor is positioned when input to the execution command or the cancel command; a dongle for relaying data between the electronic tambourine and the karaoke period as a form inserted into the karaoke period; and a monitor for outputting a plurality of interface menus and the mouse cursor on the screen in conjunction with the karaoke cycle; provides a karaoke system using an electronic tambourine having a pointing device comprising a.

According to another aspect of this embodiment, the process of transmitting a mouse mode request signal after switching to the mouse mode according to the user's command in the electronic tambourine; Controlling the mouse cursor to appear on the screen by switching to the mouse mode when receiving a mouse mode request signal from the electronic tambourine in the karaoke cycle; The electronic tambourine wirelessly transmits mouse movement data corresponding to a user's manipulation or user's motion, an execution command, and a cancel command; controlling the mouse cursor to move in response to the mouse movement data in the karaoke period; and executing or canceling a function corresponding to the position of the mouse cursor when the execution command or the cancel command is input at the position where the mouse cursor is located in the karaoke period. It provides a karaoke system using an electronic tambourine having a.

As described above, according to the present embodiment, a separate mouse button is provided in the electronic tambourine to implement an air mouse function while communicating between the electronic tambourine and the karaoke period, so that the karaoke period and the electronic tambourine are easily provided in the karaoke period even if the distance is long. It has the effect of allowing various interface functions to be selected and executed.

According to this embodiment, by implementing the aerial mouse function on the electronic tambourine that the user holds and uses for a lot of time in karaoke, the user's convenience is increased, and the same function as the remote control can be quickly used without a separate remote control. . From the standpoint of karaoke owners, there is no need for a separate remote control or mouse, so it is highly efficient in terms of cost and management.

1 is a view schematically showing a karaoke system using an electronic tambourine having a pointing device according to the present embodiment.
2a and 2b are block diagrams schematically showing the structure of the electronic tambourine according to the present embodiment.
3 is a block diagram schematically showing the structure of a karaoke period according to the present embodiment.
4 is a view showing a karaoke system using a dual monitor according to the present embodiment.
5 is an exemplary diagram of managing a karaoke system using an electronic tambourine having a plurality of pointing devices according to the present embodiment as one integrated server.

Hereinafter, this embodiment will be described in detail with reference to the accompanying drawings.

1 is a view schematically showing a karaoke system using an electronic tambourine having a pointing device according to the present embodiment.

A karaoke system using an electronic tambourine having a pointing device according to this embodiment includes an electronic tambourine 110 , a microphone 112 , a karaoke cycle 130 , a dongle 120 , and a monitor 140 . Components included in a karaoke system using an electronic tambourine having a pointing device are not necessarily limited thereto.

The electronic tambourine 110 wirelessly transmits mouse movement data, execution command, and cancellation command corresponding to the user's manipulation or user's motion after switching to the mouse mode according to the user's command.

The electronic tambourine 110 is normally used as a tambourine and is switched to a mouse mode when the mouse button 250 is clicked. The mouse button 250 is implemented as any one of a physical button 252 , a track ball 254 , a cross direction key 256 , a touchpad/touch panel 258 , and a wheel-type button 260 .

When the electronic tambourine 110 operates in the mouse mode, it generates a mouse mode request signal and transmits it to the karaoke cycle 130 via the dongle 120 . The electronic tambourine 110 generates mouse movement data corresponding to a user's manipulation or a user's motion while operating in a mouse mode. The electronic tambourine 110 generates motion data that senses the movement of the tambourine body using the provided position and direction detection sensor 220 .

When the electronic tambourine 110 receives a switch request signal from the karaoke cycle 130 to the tambourine mode via the dongle 120, it switches from the mouse mode to the tambourine mode to disable the mouse operation. When the electronic tambourine 110 operates in the tambourine mode, it does not generate mouse movement data even if there is a movement operation of the mouse button 250 or a user's motion.

When controlling the karaoke cycle 130 using the air mouse function implemented in the electronic tambourine 110, even if the karaoke cycle 130 and the electronic tambourine 110 are remote, various interfaces provided by the karaoke cycle 130 easily You can select and execute functions.

When the user holds the electronic tambourine 110 over his head and shakes it while pressing the mouse button 250 on the electronic tambourine 110 for a preset time or longer, the karaoke cycle 130 recognizes the operation and allows the employee through the karaoke force system. call

The microphone 112 amplifies the input sound and outputs it as a sound signal.

When the karaoke cycle 130 receives a mouse mode request signal from the electronic tambourine 110, it switches to the mouse mode and controls the mouse cursor 150 to appear on the screen. The karaoke period 130 controls the mouse cursor 150 to move in response to the mouse movement data. The karaoke cycle 130 executes or cancels a function corresponding to the point at which the mouse cursor 150 is located when an execution command or a cancel command is input from the electronic tambourine 110 at a point where the mouse cursor 150 is located.

When the karaoke cycle 130 receives a mouse mode request signal from the electronic tambourine 110 via the dongle 120 , it controls the mouse cursor 150 to appear on the screen of the connected monitor 140 .

The karaoke cycle 130 moves the mouse cursor 150 according to the motion data received from the electronic tambourine 110 via the dongle 120 , and when there is an input of the physical button 252 , the mouse cursor 150 ) to execute the corresponding menu or command.

When the mouse button 250 is implemented as the trackball 254 , the electronic tambourine 110 generates trackball movement data by detecting the movement of the trackball 254 . When the karaoke cycle 130 moves the mouse cursor 150 according to the trackball movement data received from the electronic tambourine 110 via the dongle 120 , there is an input of a button implemented together with the trackball 254 . , a menu or command corresponding to the mouse cursor 150 is executed.

When the mouse button 250 is implemented as the cross direction key 256, the electronic tambourine 110 generates cross direction movement data by detecting the vertical movement of the cross direction key 256. The karaoke cycle 130 moves the mouse cursor 150 according to the cross-direction movement data received from the electronic tambourine 110 via the dongle 120, and the input of the button implemented together with the cross-direction key 256 is If there is, a menu or command corresponding to the mouse cursor 150 is executed.

The electronic tambourine 110 generates touch movement data by detecting a user input on the touchpad/touch panel 258 when the mouse button 250 is implemented as a touch pad/touch panel 258 . The karaoke cycle 130 moves the mouse cursor 150 according to the touch movement data received from the electronic tambourine 110 via the dongle 120 , and moves the mouse cursor 150 together with the touch pad/touch panel 258 of the button implemented together. If there is an input, a menu or command corresponding to the mouse cursor 150 is executed.

The electronic tambourine 110 generates movement data that senses a user input (eg, rotation of a wheel) on the wheel-shaped button 260 when the mouse button 250 is implemented as the wheel-shaped button 260 . The karaoke cycle 130 moves the mouse cursor 150 according to the touch movement data received from the electronic tambourine 110 via the dongle 120 , and when there is a button input of the wheel-type button 260 , the mouse A menu or command corresponding to the cursor 150 is executed.

The karaoke cycle 130 controls so that the mouse cursor 150 is displayed and moved on the screen according to the movement of the electronic tambourine 110 or the operation of the mouse button 250 in the mouse mode. The karaoke cycle 130 switches to the tambourine mode again when the performance of the desired function on the screen is completed or a predetermined period (Idle-Time) has elapsed.

The karaoke cycle 130 controls the mouse cursor 150 to disappear on the screen output to the monitor 140 when it is switched to the tambourine mode. The karaoke cycle 130 transmits a change request signal to the tambourine mode to the electronic tambourine 110 via the dongle 120 .

When the karaoke cycle 130 and the electronic tambourine 110 operate in the tambourine mode, the mouse cursor 150 is not output on the screen, and the mouse function is controlled not to operate.

By implementing the aerial mouse function in the electronic tambourine 110, which the user holds and uses for a lot of time in karaoke, the user's convenience is increased, and the same function as the remote control can be quickly used without a separate remote control. From the standpoint of karaoke owners, there is no need for a separate remote control or mouse, so it is highly efficient in terms of cost and management.

The karaoke cycle 130 extracts and plays the music selection sound source corresponding to the music selection number input by the user. The karaoke cycle 130 outputs a preset karaoke screen corresponding to the music selection sound source on the monitor 140 .

The karaoke cycler 130 extracts song lyrics synchronized with the song selection sound source on one side of the karaoke screen and outputs it together in an overlay form so as to correspond to the reproduction of the music selection sound source.

The karaoke cycle 130 receives an acoustic signal corresponding to a music selection sound source from the microphone 112 . The karaoke period 130 calculates a song score according to whether there is a match between the sound signal and the music selection sound source. The karaoke cycle 130 outputs a song score.

The karaoke cycle 130 extracts and plays a sound source corresponding to a number or information input by the user on the karaoke cycle 130 . The karaoke cycle 130 outputs the selected sound source, and outputs the song lyrics synchronized to the sound source on the preset karaoke screen in the form of an overlay so as to correspond to the reproduction part of the sound source.

The dongle 120 refers to an external device that is separately coupled to the karaoke cycle 130 . The dongle 120 is implemented in the form of a USB or is implemented in the form of a built-in PC and is fastened to the karaoke cycle 130 .

The dongle 120 is inserted into the karaoke cycle 130, and receives mouse movement data, an execution command, and a cancel command from the electronic tambourine 110 through short-distance communication, and transmits it to the karaoke cycle 130 . The dongle 120 works with the electronic tambourine 110 using short-range communication (eg, Bluetooth). The dongle 120 is equipped with a separate wireless communication module for short-distance communication, and includes an external fastening port for fastening to the karaoke cycle 130 .

The dongle 120 receives mouse movement data, an execution command, and a cancel command from the electronic tambourine 110 after short-range communication (eg, Bluetooth) is paired with the electronic tambourine 110 . The dongle 120 transmits the mouse movement data, the execution command, and the cancel command received from the electronic tambourine 110 to the signed karaoke cycle 130 .

The monitor 140 outputs various interface screens including a menu setting screen and a karaoke screen on the screen in conjunction with the karaoke cycle 130 . The monitor 140 outputs a plurality of interface menus and a mouse cursor 150 in conjunction with the karaoke cycle 130 .

2a and 2b are block diagrams schematically showing the structure of the electronic tambourine according to the present embodiment.

The electronic tambourine 110 according to the present embodiment includes a wireless communication unit 210 , a position and direction detection sensor 220 , a rechargeable battery 230 , a control unit 240 , and a mouse button 250 . Components included in the electronic tambourine 110 are not necessarily limited thereto.

The wireless communication unit 210 transmits the mouse movement data, the execution command, and the cancel command to the karaoke cycle 130 via the dongle 120 . The position and direction detection sensor 220 is a gyro sensor, an acceleration sensor, and a gyroscope, and generates motion data sensing the position and direction of the tambourine body.

The control unit 240 means a control means for controlling the overall function of the electronic tambourine (110). The control unit 240 generates at least one of mouse movement data, an execution command, and a cancel command corresponding to the manipulation of the mouse button 250 or the bus data received from the position and direction detection sensor 220 .

The control unit 240 operates in the tambourine mode, and when the mouse button 250 is clicked once, it switches to the mouse mode, generates a mouse mode request signal, activates the wireless communication unit 210 and transmits it to the karaoke cycle 130 .

The rechargeable battery 230 supplies power to the mouse button 250 , the position and direction detection sensor 220 , the control unit 240 , and the wireless communication unit 210 . The rechargeable battery 230 is fastened in a detachable form within the electronic tambourine 110 . The rechargeable battery 230 charges the internal battery when receiving power from the external port.

The mouse button 250 is implemented in the form of a physical key and receives a command to switch to the mouse mode. The mouse button 250 is implemented as any one of a physical button 252 , a track ball 254 , a cross direction key 256 , a touchpad/touch panel 258 , and a wheel-type button 260 .

When the mouse button 250 is implemented as the physical button 252 , the controller 240 transmits the motion data as mouse movement data to the karaoke period 130 . The control unit 240 generates an execution command or a cancel command according to the input of the physical button 252 and transmits it to the karaoke cycle 130 .

When the mouse button 250 is implemented as the trackball 254 , the controller 240 transmits the trackball movement data sensing the movement of the trackball 254 as mouse movement data to the karaoke period 130 . The control unit 240 generates an execution command or a cancel command according to an input of a button implemented together with the trackball 254 and transmits the generated command to the karaoke period.

When the mouse button 250 is implemented as a cross-direction key 256, the controller 240 transmits the cross-direction movement data that senses the vertical, left-right movement of the cross-direction key 256 as mouse movement data to the karaoke period 130. . The control unit 240 generates an execution command or a cancel command according to an input of a button implemented together with the cross direction key 256 and transmits it to the karaoke cycle 130 .

When the mouse button 250 is implemented as a touchpad/touch panel 258, the controller 240 uses the touch movement data detected by the user input on the touchpad/touch panel 258 as the mouse movement data to the karaoke period 130 ) is sent to The controller 240 generates an execution command or a cancel command according to an input of a button implemented together with the touchpad/touch panel 258 and transmits it to the karaoke cycle 130 .

When the mouse button 250 is implemented as the wheel-type button 260, the control unit 240 transmits the wheel rotation movement data sensing the user input on the wheel-type button 260 to the karaoke period 130 as mouse movement data. do. The control unit 240 generates an execution command or a cancel command according to the button input of the wheel-shaped button 260 and transmits it to the karaoke cycle 130 .

When the control unit 240 receives the tambourine mode change request signal from the karaoke cycle 130, it switches from the mouse mode to the tambourine mode and disables the mouse operation to operate the movement of the mouse button 250 or the user's motion. Even if there is, mouse movement data should not be generated.

When the control unit 240 receives motion data converted from the position and direction detection sensor 220 (if held over the head and shaken) in a state where an input is generated from the mouse button 250 for more than a preset time, the karaoke cycle It transmits a preset call command (call staff, menu order) to 130 .

3 is a block diagram schematically showing the structure of a karaoke period according to the present embodiment.

When the user selects a song in the karaoke cycle 130 , the song lyrics are displayed on the screen of the first monitor 142 , and the song accompaniment screen is displayed according to the song.

The karaoke cycle 130 analyzes the sound signal received from the microphone 112 to determine time information, pitch information, and lyrics accuracy included in the sound signal. The karaoke period 130 calculates a song score based on a result of comparing the time signature information, the pitch information, and the lyric accuracy with a reference value corresponding to the music selection sound source, respectively.

When the karaoke cycle 130 receives a mouse mode request signal from the electronic tambourine 110, it switches to the mouse mode and controls the mouse cursor 150 to appear on the screen.

The karaoke cycle 130 moves the mouse cursor 150 according to the motion data received from the electronic tambourine 110, and when it is input to an execution command or a cancel command according to the input of the physical button 252, the mouse cursor ( 150) executes or cancels the function corresponding to the point where it is located.

The karaoke cycle 130 moves the mouse cursor 150 according to the trackball movement data received from the electronic tambourine 110, and is input to an execution command or a cancel command according to the input of a button implemented together with the trackball 254. In this case, the function corresponding to the point where the mouse cursor 150 is located is executed or canceled.

The karaoke cycle 130 moves the mouse cursor 150 according to the cross-direction movement data received from the electronic tambourine 110, and the execution command or cancel command according to the input of a button implemented together with the cross-direction key 256. When inputted, the function corresponding to the point where the mouse cursor 150 is located is executed or canceled.

The karaoke cycle 130 moves the mouse cursor 150 according to the touch movement data received from the electronic tambourine 110, and then executes or cancels an execution command according to the input of a button implemented together with the touchpad/touch panel 258 When the command is input, the function corresponding to the point where the mouse cursor 150 is located is executed or canceled.

The karaoke cycle 130 moves the mouse cursor 150 according to the wheel rotation movement data received from the electronic tambourine 110, and is input to an execution command or a cancel command according to the button input of the wheel-shaped button 260. , executes or cancels the function corresponding to the point where the mouse cursor 150 is located.

When the karaoke cycle 130 completes executing or canceling the function corresponding to the point at which the mouse cursor 150 is located on the screen or a predetermined period (Idle-Time) elapses, it switches to the tambourine mode and the mouse cursor 150 on the screen. control to disappear. Thereafter, the karaoke cycle 130 transmits a tambourine mode change request signal to the electronic tambourine 110 .

The karaoke cycle 130 extracts and plays a music selection sound source based on mouse movement data and an execution command. The karaoke cycler 130 outputs a preset karaoke screen corresponding to the music selection sound source. The karaoke cycler 130 extracts song lyrics synchronized with the song selection sound source on one side of the karaoke screen and outputs it together in an overlay form so as to correspond to the reproduction of the music selection sound source.

The karaoke cycle 130 receives an acoustic signal corresponding to a music selection sound source from the microphone 112 . The karaoke cycle 130 calculates and outputs a song score according to whether or not there is a match between the sound signal and the music selection sound source.

The karaoke cycle 130 analyzes the sound signal to determine time information, pitch information, and lyric accuracy included in the sound signal, and compares the beat information, pitch information, and lyric accuracy with a reference value corresponding to a music selection sound source. to calculate the song score. The karaoke cycle 130 outputs the song score in the form of an overlay on the score output area on the karaoke screen.

4 is a view showing a karaoke system using a dual monitor according to the present embodiment.

The karaoke cycle 130 outputs a karaoke screen to the first monitor 142 . The karaoke cycle 130 is displayed on the second monitor 144 in an order menu (day-by-day menu, time-based menu, video menu), message (message between table and counter, electronic coupon, song request message), event menu (fortune-telling event, fortune-telling) View event, video camera community), song search menu, latest song menu, game menu, and time charging menu are output.

5 is an exemplary diagram of managing a karaoke system using an electronic tambourine having a plurality of pointing devices according to the present embodiment as one integrated server.

As shown in FIG. 5 , a karaoke system using an electronic tambourine having a pointing device is provided in each room and can be linked with the management server and the main server via a client and a hub. The hub may perform billing generated in a karaoke system using an electronic tambourine having a pointing device provided in each room in conjunction with the POS.

The management server is installed in each store and interlocks with clients existing in a plurality of rooms (Room 1 to Room N) in the store, and the main server works with the management server installed and operated in each store to integrate and manage each store. can

A user existing in any one of the plurality of rooms (Room 1 to Room N) may use a client to connect to the management server to create one match room. You can compete against each other by challenging the other room among the plurality of rooms (Room 1 to Room N). In addition, an administrator can connect to the management server and create a single game room. In a plurality of rooms (Room 1 to Room N), you can challenge the opponent to play 1:N with the manager or play against each other.

The above description is merely illustrative of the technical idea of this embodiment, and various modifications and variations will be possible by those skilled in the art to which this embodiment belongs without departing from the essential characteristics of the present embodiment. Accordingly, the present embodiments are intended to explain rather than limit the technical spirit of the present embodiment, and the scope of the technical spirit of the present embodiment is not limited by these embodiments. The protection scope of the present embodiment should be interpreted by the following claims, and all technical ideas within the equivalent range should be construed as being included in the scope of the present embodiment.

110: electronic tambourine 112: microphone
120: dongle 130: singing accompaniment
140: monitor
142: first monitor 144: second monitor
150: mouse cursor
210: wireless communication unit 220: position and direction detection sensor
230: rechargeable battery 240: control unit
250: mouse button
252: physical button 254: trackball
256: cross direction keys 258: touch pad / touch panel
260: wheel type button

Claims (16)

Electronic tambourine for wirelessly transmitting mouse movement data, execution command, and cancellation command corresponding to the user's manipulation or user's motion after switching to the mouse mode according to the user's command;
Upon receiving the mouse mode request signal from the electronic tambourine, it switches to the mouse mode and controls the mouse cursor to appear on the screen, and controls the mouse cursor to move in response to the mouse movement data, at the point where the mouse cursor is located. a karaoke cycle for executing or canceling a function corresponding to a point at which the mouse cursor is positioned when input to the execution command or the cancel command;
a dongle for relaying data between the electronic tambourine and the karaoke period as a form inserted into the karaoke period; and
a monitor for outputting a plurality of interface menus and the mouse cursor on the screen in conjunction with the karaoke cycle;
The electronic tambourine is implemented in the form of a physical key and includes a mouse button that receives a command to switch to the mouse mode and a position and direction detection sensor that generates motion data that detects the position and direction of the tambourine body,
When the karaoke cycle completes executing or canceling the function corresponding to the point where the mouse cursor is located on the screen or when a certain period (idle-time) elapses, it switches to the tambourine mode and controls the mouse cursor to disappear on the screen, Transmitting a tambourine mode change request signal to the electronic tambourine,
When the electronic tambourine receives the tambourine mode change request signal, it switches from the mouse mode to the tambourine mode to disable the mouse operation, so that even if there is a movement operation for the mouse button or a user's motion, the mouse movement data Generates motion data that senses the position and direction of the tambourine body while not generating
If the electronic tambourine is held over the head and shaken while the mouse button is pressed for more than a preset time, the karaoke cycle recognizes the corresponding motion and controls the karaoke force system to call the staff. Karaoke system using an electronic tambourine. According to claim 1,
The electronic tambourine,
a control unit configured to generate the mouse movement data, the execution command, and the cancel command corresponding to the manipulation or motion data of the mouse button;
a wireless communication unit for transmitting the mouse movement data, the execution command, and the cancel command to the karaoke cycle via the dongle; and
a rechargeable battery for supplying power to the mouse button, the position and direction detection sensor, the control unit, and the wireless communication unit;
Karaoke system using an electronic tambourine having a pointing device, characterized in that it further comprises. 3. The method of claim 2,
The mouse button is
A karaoke system using an electronic tambourine having a pointing device, characterized in that it is implemented as any one of a physical button, a trackball, a cross-direction key, a touchpad/touch panel, and a wheel-type button. 4. The method of claim 3,
The electronic tambourine operates in the tambourine mode and switches to the mouse mode when the mouse button is clicked once, generates a mouse mode request signal, activates the wireless communication unit, and transmits the karaoke cycle,
In the karaoke cycle, when the mouse mode request signal is received, the karaoke system using an electronic tambourine having a pointing device, characterized in that it switches to the mouse mode and controls the mouse cursor to appear on the screen. 5. The method of claim 4,
When the mouse button is implemented as the physical button, the control unit transmits the motion data as the mouse movement data to the karaoke period, and generates the execution command or the cancel command according to the input of the physical button to generate the song transmitted in half a cycle
The karaoke cycle moves the mouse cursor according to the motion data, and when the execution command or the cancel command is input according to the input of the physical button, the function corresponding to the position of the mouse cursor is executed or canceled Karaoke system using an electronic tambourine having a pointing device, characterized in that 5. The method of claim 4,
When the mouse button is implemented as the trackball, the control unit transmits the trackball movement data sensing the movement of the trackball as the mouse movement data to the karaoke period, and according to the input of the button implemented together with the trackball, the execution command or generate the cancellation command and transmit it to the karaoke cycle,
When the karaoke cycle moves the mouse cursor according to the trackball movement data, and is input to the execution command or the cancel command according to an input of a button implemented with the trackball, it corresponds to a point where the mouse cursor is located. Karaoke system using an electronic tambourine having a pointing device, characterized in that executing or canceling a function. 5. The method of claim 4,
When the mouse button is implemented as the cross-direction key, the control unit transmits the cross-direction movement data sensing the vertical, left-right movement of the cross-direction key as the mouse movement data to the karaoke period, and a button implemented together with the cross-direction key Generates the execution command or the cancel command according to the input of and sends it to the karaoke cycle,
The karaoke cycle moves the mouse cursor according to the cross-direction movement data, and when it is input to the execution command or the cancel command according to the input of a button implemented together with the cross-direction key, the mouse cursor is located at the position Karaoke system using an electronic tambourine having a pointing device, characterized in that executing or canceling the corresponding function. 5. The method of claim 4,
When the mouse button is implemented as the touchpad/touch panel, the control unit transmits touch movement data sensing a user input on the touchpad/touch panel as the mouse movement data to the karaoke cycle, and the touchpad/ According to the input of a button implemented with a touch panel, the execution command or the cancel command is generated and transmitted to the karaoke cycle,
When the karaoke cycle moves the mouse cursor according to the touch movement data and is input to the execution command or the cancel command according to the input of a button implemented together with the touchpad/touch panel, the mouse cursor is located Karaoke system using an electronic tambourine having a pointing device, characterized in that executing or canceling a function corresponding to a point. 5. The method of claim 4,
When the mouse button is implemented as the wheel-shaped button, the control unit transmits the wheel rotation movement data sensing the wheel rotation on the wheel-shaped button as the mouse movement data to the karaoke period, and inputs the button of the wheel-type button Generates the execution command or the cancel command according to and transmits it to the karaoke cycle,
The karaoke cycle is a function of moving the mouse cursor according to the wheel rotation movement data and, when inputted to the execution command or the cancel command according to a button input of the wheel-shaped button, a function corresponding to a point where the mouse cursor is located Karaoke system using an electronic tambourine having a pointing device, characterized in that to execute or cancel. delete delete 5. The method of claim 4,
When the control unit receives motion data obtained by converting the position and direction from the position and direction detection sensor in a state in which an input is generated from the mouse button for more than a preset time,
Karaoke system using an electronic tambourine having a pointing device, characterized in that it transmits a preset call command in the karaoke cycle. According to claim 1,
The monitor is
a first monitor for outputting a karaoke screen in conjunction with the karaoke cycle;
a second monitor for outputting an order menu, a message, an event menu, a song search menu, a latest song menu, a game menu, and a time charging menu in conjunction with the karaoke cycle;
Karaoke system using an electronic tambourine having a pointing device, characterized in that it comprises a. According to claim 1,
The accompaniment cycle is
Extracting and playing a music selection sound source based on the mouse movement data and the execution command, outputting a preset accompaniment screen corresponding to the selection sound source, and song lyrics synchronized to the music selection sound source on one side of the accompaniment screen is extracted and outputted together in an overlay form to correspond to the reproduction of the music selection sound source,
A karaoke system using an electronic tambourine having a pointing device, characterized in that receiving a sound signal corresponding to the music selection sound source from a microphone, calculating and outputting a song score according to whether the sound signal and the music selection sound source match. 15. The method of claim 14,
The accompaniment cycle is,
Based on the result of analyzing the sound signal to determine time information, pitch information, and lyrics accuracy included in the sound signal, and comparing the time information, the pitch information, and the lyrics accuracy with a reference value corresponding to the music selection sound source, respectively to calculate the song score,
A karaoke system using an electronic tambourine having a pointing device, characterized in that the song score is output in an overlay form on the score output area on the karaoke screen. In the control method of a karaoke system using an electronic tambourine,
Transmitting a mouse mode request signal after switching to the mouse mode according to the user's command in the electronic tambourine;
Controlling the mouse cursor to appear on the screen by switching to the mouse mode when receiving a mouse mode request signal from the electronic tambourine in the karaoke cycle;
The electronic tambourine wirelessly transmits mouse movement data corresponding to a user's manipulation or user's motion, an execution command, and a cancel command;
controlling the mouse cursor to move in response to the mouse movement data in the karaoke period; and
In the karaoke cycle, when the execution command or the cancel command is input at a point where the mouse cursor is positioned, the process of executing or canceling a function corresponding to the point where the mouse cursor is positioned; includes;
The electronic tambourine is implemented in the form of a physical key and includes a mouse button that receives a command to switch to the mouse mode and a position and direction detection sensor that generates motion data that detects the position and direction of the tambourine body,
The control method is
When the execution or cancellation of the function corresponding to the point where the mouse cursor is located on the screen is completed or a predetermined period (idle-time) elapses, the karaoke cycle switches to the tambourine mode and controls the mouse cursor to disappear on the screen, transmitting a tambourine mode change request signal to the electronic tambourine;
Upon receiving the tambourine mode change request signal, the electronic tambourine switches from the mouse mode to the tambourine mode to disable the mouse operation - Even if there is a movement operation for the mouse button or a user's motion, the mouse generating motion data by sensing the position and direction of the tambourine body while not generating movement data; and
When the electronic tambourine is held over the head and shakes while pressing the mouse button for more than a preset period of time, the karaoke cycle recognizes the corresponding motion and further comprises the process of controlling to call the staff through the karaoke force system. A method of controlling a karaoke system using an electronic tambourine having a pointing device.

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