KR20000032172A - Vcr with game mode - Google Patents

Abstract

PURPOSE: A VCR with a game mode is provided to increase a selling price and effectively use the VCR by providing a game function in addition to the VCR function and by integrating a modulator and a power supplier. CONSTITUTION: A VCR with a game includes a VCR part(100) and a game signal processor(200). The VCR part(100) records and playbacks video signals, and the game signal processor(200) performs a game program and outputs video signal by processing game video signals. A remote control signal transmitting part(300) transmits control signals for controlling VCR and game mode. The control signals are transmitted to the control signal receiving part(400), and to a control part(500) to used for controlling the VCR part(100) and the game signal processor(200). The game signals from the game signal processor(200) and the playback signals form the VCR part(100) are modulated by an RF modulator(600). One of the video signals from the VCR part(100) and the game signal processor(200) is selected and output to the RF modulator(600) by a signal selecting/outputting part(600)

Description

VRC with game mode

The present invention relates to a V-seal having a game mode, and more particularly, to a V-seal having a game mode that allows the use of the V-seal and the game device through the V-seal at the same time.

Generally, BC or TV receivers or game devices are used separately as products. That is, each of these products can be connected to the monitor independently as needed.

For example, as shown in FIG. 1, the V-Cal and the video device receive a signal from the remote control receiver 1 and a remote control receiver 1 for controlling the V-Cal separated by a certain distance. A microcomputer 2 for controlling an overall operation according to recording and reproducing of a video signal, a reproducing unit 3 for reproducing and recording a video signal in accordance with a control signal of the microcomputer 2, and this reproduction. Drive power is supplied to a V-Cal modulation section 4 for modulating the signal processed by the section 3 and outputting the signal to an antenna or an output terminal, and the modulation section 4, the reproducing section 3, and the microcomputer 2. A power supply unit 5 for supplying, a game unit 6 for receiving a control signal for a game device and executing a game program, modulating a signal received from the game unit 6, Game modulator (7) for outputting the output signal and And selectively supplying outputs of the game power supply unit 8, which supplies driving power to the game modulator 7 and the game unit 6, and the outputs of the game modulator 7 and the VR modulator 4; For the switch 9.

The VR and the game device are each configured independently so that the VR is operated by the VR microcomputer 2 and the game device is operated by the game unit 6. The output signal is also modulated and output by the VR modulator 4 and the game modulator 7, respectively, and the powers for driving the VR power supply 5 and the game power supply 8 are each independently. Supplied to the device.

First, referring to the operation of VRC, when the user's key input is received from the remote control receiver 1, the VMI microcomputer 2 applies a predetermined control signal to the reproducing unit 3. Then, the playback unit 3 performs playback and recording operations according to the control signals received from the VRC microcomputer 2, and the generated playback and recording signals are applied to the VR modulation unit 4. This V modulator 4 then modulates the input signal and outputs it to one input terminal of the antenna or switch 9.

When the game device receives a signal for playing the game with the game unit 6, the game unit 6 executes the game program according to the input signal. At this time, the output video signal is modulated by the game modulator 7 and output to the other input port of the switch 9. In this way, the video signal outputs from the V-Cal and the game device are output to the monitor as the switch 9 is operated by the user's manual operation.

However, these conventional VRs and game devices are reproduced separately as separate products, and the signal outputs from the two devices are selected by the user's switching operation and supplied to the monitor. Therefore, each product had to be purchased, so there was an economic burden. Since the modulation unit and the power supply unit which perform the same operation are respectively provided, there is a problem that the efficiency of the system is lowered.

Accordingly, the present invention has been invented to solve the above-mentioned problems, and provides a single product combining V-Cal and a game device by combining a signal processor, a modulator, and a power supply unit into one to output to a monitor according to a user's selection. In addition, it is an object of the present invention to provide a VR with a game mode in which the cost and efficient use of the product is increased by adding the game mode to the VR.

In order to achieve the above object, the present invention provides a remote control transmission unit for transmitting a remote control signal according to the BC mode and game mode, and a remote control receiver for receiving the control signal received from the remote control transmission unit; In the game mode, an encoder for encoding the output of the decoder and a decoder for controlling the output of the decoder for transmission to the encoder when the output of the decoder is interrupted, and a microcomputer for controlling the reproduction and recording operation of the video signal in the BC mode. And a game signal processing unit for executing a game program according to the game control signal encoded by the encoder, a V-alarm signal processing unit for recording and reproducing a video signal under the control of the microcomputer, and a VCal according to the control signal of the microcomputer. To select and output the output signal of the signal processor and the output signal of the game signal processor A selection output section and an RF modulator for modulating the signal selected and output from the selection output section.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a block diagram explaining the operation of a conventional VR and a video device.

Figure 2 is a block diagram of a V-al with a game mode according to the present invention.

FIG. 3 is a block diagram of one embodiment of VRC with the gaming mode shown in FIG. 2; FIG.

4 is a view showing a waveform by a remote control signal according to the present invention.

<Explanation of symbols for main parts of drawing>

100: V 200 200: game signal processing unit

300: remote control transmitter 400: remote control receiver

500 control unit 600 signal processing unit

700: selective output

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

The configuration of the V-Cal having the game mode to which the present invention is applied includes a V-Cal 100 for reproducing and recording a video signal from the extended external terminal and the antenna as shown in FIG. 2, and processing the game video signal to play the game. A game signal processor 200 for executing a program or outputting a signal-processed video signal, a remote control transmitter 300 for transmitting control signals for the VR mode and the game mode, and the remote control transmitter ( Remote control receiving unit 400 for receiving a remote control signal of 300, and a control unit for controlling the VRL 100 or the game signal processing unit 200 in accordance with the remote control signal from the remote control receiving unit 400 And a RF modulator 600 for modulating a game signal or a playback signal of the VRC 100 from the game signal processor 200, and the V100 and the game signal processor 200. Selecting one of the reproduced video signal from the emitter, and the selected signal is made a selection output unit 600 to be applied to the RF modulator 600.

Herein, the configuration shown in FIG. 2 will be described in more detail. As shown in FIG. 3, the VR having the game mode includes a remote control transmitter 300 for transmitting a remote control signal for the game mode or the BC mode. A remote control receiver 400 for receiving a control signal received from the remote control transmitter 300, a decoder 506 for decoding the control signal received through the remote control receiver 400, and a game mode. In this case, the encoder 507 for encoding the output of the decoder 506 and the output of the decoder 506 for transmitting to the encoder 507 when the output of the decoder 506 is interrupted are controlled, The microcomputer 505 for controlling the playback and recording operation of the video signal, the game signal processor 200 for executing a game program according to the game control signal encoded by the encoder 507, and the V-Ral 100 which records and reproduces a video signal under control of the COM 505, and an output signal of the V-Ral 100 and a game signal processing unit 200 according to the control signal of the microcomputer 505. A selection output unit 700 for selecting and outputting a signal, an RF modulator 600 for modulating a signal selected and output from the selection output unit 700, and a power supply unit for supplying power to each part of the circuit And a display unit 20 for displaying a video signal output through the selection output unit 17 according to the control signal of the microcomputer 505.

Here, the control unit 500 shown in FIG. 2 includes a microcomputer 505, an encoder 507, and a decoder 506. In addition, the remote control transmitter 300 for transmitting a control signal for the BC mode or the game mode may include a game key input unit 310B for game control, a BC key key input unit 310A for a BC control, and a BC mode. And a mode selection key 310C for selecting a game mode.

Next, the operation of the VR device having the game mode configured as described above will be described.

First, when the user sets the control key of the remote control transmitter 300, the setting signal is received by the remote control receiver 400 and transmitted to the decoder 506. The decoder 506 then decodes the input signal and simultaneously transmits the signal to the microcomputer 505. The microcomputer 505 interrupts the received key code value and determines whether the micro mode or the game mode is present.

In this case, the remote control transmitter 300 transmits a remote control signal indicating a BC mode and a control signal indicating a game mode in another manner so that the microcomputer 505 determines whether it is a BC mode or a game mode according to the received value. Can be judged.

That is, as shown in FIG. 4, when the VRC mode control signal and the game mode signal are transmitted with different pulse widths, the decoder 506 receiving the mode signal checks the duty width and logically uses the duty value. The converted signal is transmitted to the microcomputer 505. Accordingly, the microcomputer 505 determines whether the VR mode or the game mode is based on the input signal. Here, as shown in the remote control transmitter 300, a code value is set through the V-Cal key input unit 310A or a V-Cal mode select key code value is set through the mode selection key 310C. Then, the control unit 500 controls the VRC 100 by an operation corresponding to a code value according to the configuration of the remote control transmission unit 400. Therefore, the VR 100 performs video signal processing. At the same time as the above operation, the selective output unit 700 for recording and reproducing the video signal output from the VR 100 to the RF modulator 600 is switched under the control of the microcomputer 505.

On the other hand, when the key code value is set through the game key input unit 310B or the game mode is set by the selection of the mode selection key 310C, the microcomputer 505 matches the code value according to the remote control transmitter 300. The game signal processing unit 200 is controlled by the operation. Therefore, the game signal processor 200 performs video signal processing.

In addition, the selection output unit 700 is switched under the control of the microcomputer 505 to simultaneously transmit the video signal output from the game signal processing unit 200 to the RF modulator 600 together with the above operation.

That is, the game program is performed according to the encoded game control of transmitting the video signal to the switch. Therefore, this game signal is modulated by the RF modulator 600. Power required for such a device is supplied from each power supply unit 900 to each circuit unit. The reproduction signal applied to the selection output unit 700 according to the control signal of the microcomputer 505 is applied to the display unit 20. Therefore, this display unit 20 outputs a video signal on the screen.

As described above, the present invention provides a single product combining V-Cal with a game device by combining a signal processing unit, a modulation unit, and a power supply unit to output to a monitor according to a user's selection, and adding a game mode to the V-Cal. This has the effect of increasing the cost and efficient use of the product.

Claims (1)

V-al (100) for playing and recording the video signal from the expansion external terminal and the antenna, a game signal processing unit 200 for processing the game video signal to perform a game program or output a signal processed video signal, A remote control transmitter 300 for transmitting the control signals for the CE mode and the game mode, a remote control receiver 400 for receiving the remote control signal of the remote control transmitter 300, and the remote control receiver The control unit 500 for controlling the VR 100 or the game signal processing unit 200 according to the remote control signal from the 400, and the reproduction of the game signal or the VR 100 from the game signal processing unit 200. An RF modulator 600 for modulating the signal and one of the reproduced video signals from the VR 100 and the game signal processor 200 are selected and the selected signal is read into the RF modulator 600. A V CR includes a game mode, characterized in that consisting of the output selection unit 700 for.