Virtual drum equipment

Virtual drum equipment

1 is an overall configuration diagram showing that a receiver of a virtual drum device according to the present invention is installed in a three-dimensional space;

2 is an overall configuration diagram showing that the receiver of the virtual drum device according to the present invention is installed on a plane.

<Explanation of symbols for main parts of the drawing>

10 : Stick 11: Transmitter

20 : Receiver 30 : Virtual drum

40 : control device 50 : video display device

60 : Sound output device 70 : Play switch

<backgroundart><p>The present invention relates to a virtual drum device, and more particularly, to a plurality of sticks to which a transmitter for transmitting a signal is attached by a user swinging it; a receiver configured to receive a signal generated when the stick is swung in a certain space in the air, and to receive and transmit coordinates of a position where the stick is struck with the stick, which is formed in a plurality at regular intervals on a plane or three-dimensional space, and transmits it to a control device; a control device for receiving a signal transmitted from the receiving unit, outputting a sound stored in a coordinate value corresponding to a position at which the stick strikes, and outputting a graphic corresponding to a position at which the stick strikes to an image display device; a video display device for displaying the video signal transmitted from the control device; a sound output device connected to the control device and outputting a sound transmitted from the control device so that a user can hear it; It relates to a virtual drum device comprising a; a play switch connected to the control device for playing the drum and hi-hat.</p><p>Conventionally, there is an electronic drum device as a device for simulating the performance of a drum set. Such a drum device does not use an actual drum or cymbal, but a foot pedal device that simulates the performance of a bass drum, a drum and a cymbal part. It consists of a strike part. Such a user simulates drum performance by stepping on a foot pedal or striking a striking unit, and enjoys the electronic sound generated by the drum device.</p><p>However, such a drum device always has a number of various components occupying a certain space.</p><p>For this reason, since the drum device needs to be installed in a space within a certain range for the user to use, it is difficult to use if the space is not secured, the installation cost is high, and there are problems in that it is difficult to move and make noise due to blows.</p></backgroundart><abstractproblem><p>The present invention has been devised to solve the above problems, and a plurality of sticks to which a transmitter is attached to transmit a signal while swiping by a user; a receiver configured to receive a signal generated when the stick is swung in a certain space in the air, and to receive a coordinate value of a position where the stick is tapped with the stick, which is formed in a plurality at regular intervals on a plane or three-dimensional space, and transmits it to a control device; a control device for receiving a signal transmitted from the receiver, outputting a sound stored in a coordinate value corresponding to a position where the stick strikes, and outputting a graphic corresponding to a position where the stick strikes to an image display device; a video display device for displaying the video signal transmitted from the control device; a sound output device connected to the control device and outputting a signal transmitted from the control device as a sound so that a user can hear it; An object of the present invention is to provide a virtual drum device, which is connected to the control device and comprises a playing switch for playing the drum and hi-hat.</p></abstractproblem>

<p>The present invention has the following features in order to achieve the above object.</p><p>The present invention includes a plurality of sticks to which a transmitter for transmitting a signal is attached while being swung by a user; a receiver configured to receive a signal generated when the stick is swung in a certain space in the air, and to receive and transmit coordinates of a position where the stick is struck with the stick, which is formed in a plurality at regular intervals on a plane or three-dimensional space, and transmits it to a control device; a control device for receiving a signal transmitted from the receiver, outputting a sound stored in a coordinate value corresponding to a position where the stick strikes, and outputting a graphic corresponding to a position where the stick strikes to an image display device; a video display device for displaying the video signal transmitted from the control device; a sound output device connected to the control device and outputting a sound transmitted from the control device so that a user can hear it; It is configured to include; a play switch connected to the control device for playing the drum and hi-hat.</p><p>Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.</p><p>1 is an overall configuration diagram showing that the receiver of the virtual drum device according to the present invention is installed in a three-dimensional space, and FIG. 2 is an overall configuration diagram showing that the receiver of the virtual drum device according to the present invention is installed on a plane.</p><p>The present invention includes a plurality of sticks 10 to which a transmitter 11 that transmits a signal while swiping by a user is attached; The control device receives a signal generated when the stick 10 is swung in a certain space in the air, and receives the coordinate value of the tapping position with the stick 10, which is made up of a plurality at regular intervals on a plane or three-dimensional space. a receiving unit 20 for transmitting to (40); The image display device 50 receives the signal transmitted from the receiver 20, outputs the sound stored in the coordinate value corresponding to the position where the stick 10 strikes, and displays the graphic corresponding to the position where the stick 10 strikes. a control device 40 that outputs to; a video display device 50 for displaying the video signal transmitted from the control device 40; a sound output device (60) connected to the control device (40) and outputting a signal transmitted from the control device (40) as sound so that a user can hear it; It is configured to include a play switch 30 connected to the control device 40 for playing the drum and hi-hat.</p><p>At this time, the receiving unit 20 receives a signal transmitted from the stick 10 arranged in a plurality at regular intervals on a plane and transmits it to the control device 40 .</p><p>In addition, the receiver 20 receives a signal transmitted from the stick 10 , which is arranged in a plurality at regular intervals on the outer surface of the three-dimensional space, and transmits the received signal to the control device 40 .</p><p>In addition, the image display device 50 displays the position of the virtual drum 30 and the position of the stick 10 so that the user can see it.</p><p>In addition, the stick 10 has a built-in sensor, so that the intensity of the sound output from the sound output device 60 varies according to the intensity of tapping by the user.</p><p>At this time, as the sensor, for example, a pressure sensor that detects pressure and an acceleration sensor that measures acceleration and transmits a signal are installed on the stick, and when the user controls the strength of the stick and swings it, the sound is output accordingly. strength will be different.</p><p>And, the stick 10 has a built-in impact device so that the user can feel the repulsive force that bounces when the drum is struck.</p><p>That is, the present invention will be described in more detail by way of an example as follows.</p><p>The signal transmitted from the stick 10 to which the transmitter 11 capable of controlling the signal strength and weakness is swung by the user is received by the receiver installed in a flat or three-dimensional space and transmitted to the control device 40 .</p><p>At this time, the receiving unit 20 is installed in various positions such as a square position on a plane, a circle shape, or a polygon to receive a signal transmitted from the stick 10, which is a signal received from each receiving unit 20. The time difference is calculated by the control device 40 to calculate the position of the stick 10 , and each sound input according to the position of the virtual drum 30 having a certain range input to the control device 40 is output by the sound output device. (60) is output.</p><p>In addition, each different sound is output according to the virtual drum 30 located in the virtual space, which is not easy to use if the user is not familiar with it. It is connected to to display the virtual drum 30 having each range on the screen.</p>

<p>As described above, the present invention includes: a plurality of sticks to which a transmitter for transmitting a signal is attached by a user swinging; a receiver configured to receive a signal generated when the stick is swung in a certain space in the air, and to receive and transmit coordinates of a position where the stick is struck with the stick, which is formed in a plurality at regular intervals on a plane or three-dimensional space, and transmits it to a control device; a control device for receiving a signal transmitted from the receiver, outputting a sound stored in a coordinate value corresponding to a position where the stick strikes, and outputting a graphic corresponding to a position where the stick strikes to an image display device; a video display device for displaying the video signal transmitted from the control device; a sound output device connected to the control device and outputting a signal transmitted from the control device as a sound so that a user can hear it; It is connected to the control device and consists of a drum and hi-hat performance switch, so it can be used in a small space. However, since there are few components, there is an effect that the manufacturing cost is also reduced.</p>