KR19980050338U - Computer reservation system - Google Patents

Abstract

The present invention does not have a reservation device when the existing user uses a multimedia computer equipped with a remote control. Therefore, the power of the computer is automatically turned on / off at a scheduled time, or automatically through the multimedia computer at a user scheduled time. In order to solve the above problems, the present invention provides a device that can make a reservation for a multimedia computer equipped with a remote control. By attaching, the computer can be turned on automatically at the time reserved by the user, so that the video or audio service can be provided.

Description

Computer reservation system

1 is a block diagram showing the configuration of the computer reservation device of the present invention,

2 is a view showing an embodiment of the present invention.

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

1: remote control unit 2: remote control receiver

3: MCU unit 4: Reservation unit

5: computer system section 6: input / output address decoder section

7: Data bus section 8: VFD section

41: lock section 42: keyboard / mouse port section

43: SMPS section 44: SOUND section

The present invention relates to a computer reservation device, and in particular, by attaching a device capable of making reservations to a multimedia computer equipped with a remote control, a video (audio) or audio (AUDEO) service or the like can be provided through a computer at a time reserved by a user. The present invention relates to a computer reservation device for receiving service.

In the past, when a user uses a multimedia computer equipped with a remote control, there is no reservation device. Therefore, the power of the computer is automatically turned on or off at the scheduled time, or the video is automatically transmitted through the multimedia computer at the scheduled time. Since there was no service of the function and audio, there was an inconvenience that the user must operate manually.

The present invention is to solve the above problems, by attaching a device that can be reserved to the multimedia computer equipped with a remote control, the user to receive video or audio services through the computer at the time reserved There is this.

That is, a remote control unit for outputting infrared rays to wirelessly control the operation of the computer, a remote control receiver for receiving the infrared rays output from the remote control unit, and a main control unit for controlling the overall operation of the computer reservation device (hereinafter referred to as MCU) And a reservation device unit for receiving a control signal output from the MCU unit and performing a reservation operation, a computer system unit for receiving a reservation signal output from the reservation device unit and executing a reserved operation, and a computer. It creates an address to receive and display the data output from the system unit, and sets the appropriate protocol when the computer system unit and the MCU unit communicate with each other. Display the name of the reserved operation when executing the reserved operation in the data bus and the computer system unit. Vacuum Fluorescent Display (Vacuum Fluorescent Display;. Hereinafter referred to as a VFD) is constituted by the user to achieve an effect that enables via a computer at a scheduled time to receive a service such as a video or audio services.

Hereinafter, described with reference to the accompanying drawings of the present invention.

The block diagram showing the configuration of the present invention can be shown as the first diagram, a remote control unit for outputting infrared rays to control the operation of the computer wirelessly; A remote control receiver 2 for receiving infrared rays outputted from the remote controller 1; MCU unit 3 for controlling the overall operation of the computer reservation device; A reservation device unit 4 for receiving a control signal output from the MCU unit 3 and performing a reservation operation to output a reservation signal to the computer system unit 5; A computer system unit (5) for receiving a reservation signal output from the reservation device unit (4), executing a reserved operation, and outputting data to the input / output address decoder unit (6); It receives the data output from the computer system unit 5 and creates an address for display on the VFD unit 8, and sets a protocol suitable when the computer system unit 5 and the MCU unit 3 communicate. An input / output address decoder 6 for communicating with each other; A data bus 7 for transferring data of the input / output address decoder section 6, the MCU section 3, and the VFD section 8; It is composed of a VFD unit 8 which displays the name of the reserved operation when the computer system unit 5 executes the reserved operation.

The reservation device unit 4 includes a lock unit 41 which protects another user from using the computer when the user uses the computer and goes out for a while; A switching mode power supply (Switching Mode Power Supply; SMPS) unit 42 which reserves power to be turned on / off at a reserved time; A keyboard / mouse port unit 43 for executing the video or audio service while the SMPS unit 42 is ON at a reserved time; In the case where the keyboard / mouse port unit 43 executes a video or audio service at a scheduled time, the keyboard / mouse port unit 43 includes a sound unit 44 which reserves a sound level or mutes the sound.

Referring to the operation of the computer reservation device configured as described above are as follows.

The remote controller 1 outputs infrared rays to the remote controller receiver 2 to wirelessly control the operation of the computer, and the remote controller receiver 2 receives the infrared rays output from the remote controller 1 to the MCU unit 3. The MCU unit 3 controls the overall operation of the computer reservation device, and the lock unit 41 in the reservation device unit 4 receives a control signal output from the MCU unit 3 and the user uses the computer. When going out for a while, a control signal for protecting another user from using the computer is output to the computer system unit 5, and the SMPS unit 42 in the reservation unit unit 4 is output from the MCU unit 3 The control signal is input to the computer system unit 5 so that the power can be turned on / off at a scheduled time by receiving the received control signal, and the keyboard / mouse port unit 43 in the reservation unit unit 4 is the MCU unit. SMPS unit 42 is reserved by receiving the control signal output from (3) The control signal for immediately executing a video or audio service while being ON at a time is output to the computer system unit 5, and the sound unit 44 in the reservation unit unit 4 is output from the MCU unit 3. The computer system receives a control signal for reserving the sound level or muting the sound when the video / audio service is executed at the reserved time by receiving the received control signal from the keyboard / mouse port unit 43. Outputs to the section 5, the computer system section 5 receives the reservation signal output from the reservation device section 4, executes the reserved operation, and outputs data to the input / output address decoder section 6, The input / output address decoder unit 6 receives data output from the computer system unit 5 and generates an address for display in the VFD unit 8, and the computer system unit 5 and the MCU unit 3 Prototype, suitable for communication The data bus 7 transmits data of the input / output address decoder 6 and the MCU 3 and the VFD 8, and the VFD 8 is a computer system. When the reserved operation is executed in the section 5, an operation of displaying the name of the reserved operation is performed.

An embodiment of a computer reservation apparatus configured as described above will be described with reference to FIG.

A first step (S1) in which the user sets a reservation time through the remote control unit 1; A second step S2 in which the timer TIMER 1 operates; A third step (S3) of determining whether an input is made through a keyboard and a mouse during a set reservation time; A fourth step (S4) of clearing timer 1 and performing a second step (S2) when an input is made through the keyboard and mouse during the reservation time set in the third step (S3); A fifth step (S5) of performing a lock function of the computer when there is no input through the keyboard and the mouse during the reservation time set in the third step (S3); A sixth step S6 of displaying a LOCK indication on the VFD section 8; A seventh step S7 in which the timer TIMER 2 operates; An eighth step S8 of determining whether an input is made through a keyboard and a mouse during a set reservation time; In the case where an input is made through the keyboard and the mouse during the reservation time set in the eighth step S8, the ninth step S9 is performed to clear the timer 2 and sequentially perform the fourth step S4 and the second step S2. Wow; When there is no input through the keyboard and the mouse during the reservation time set in the eighth step S3, the tenth step S10 of turning off the power is performed sequentially.

As described in detail above, in the past, when a user uses a multimedia computer equipped with a remote control, there is no reservation device. Therefore, the computer is automatically turned on or off at a scheduled time, or the multimedia computer is operated at a time reserved by the user. In order to solve the above problems, the present invention can make a reservation on a multimedia computer equipped with a remote control, because the user cannot operate the video and audio functions automatically. By attaching an existing device, it is possible to obtain an effect of allowing a user to receive video or audio service through a computer at a scheduled time.

Claims (2)

A remote control unit 1 for outputting infrared rays to wirelessly control the operation of the computer; A remote control receiver 2 for receiving infrared rays outputted from the remote controller 1; MCU unit 3 for controlling the overall operation of the computer reservation device; A reservation device unit 4 which receives a control signal output from the MCU unit 3 and performs a reservation operation; A computer system section 5 for receiving a reservation signal output from the reservation device section 4 and executing a reserved operation; Create an address to receive and display the data output from the computer system unit 5, and to set the appropriate protocol when the computer system unit 5 and the MCU unit 3 communicates to enable communication An input / output address decoder 6; A data bus 7 for transmitting data; And a VFD unit (8) for displaying the name of the reserved operation when executing the scheduled operation in the computer system unit (5). The method of claim 1, The reservation device unit 4 includes a lock unit 41 which protects another user from using the computer when the user uses the computer and goes out for a while; An SMPS unit 42 which reserves power to be turned on / off at a reserved time; A keyboard / mouse port unit 43 for executing the video or audio service while the SMPS unit 42 is ON at a scheduled time; In the case where the keyboard / mouse port unit 43 executes a video or audio service at a scheduled time, the keyboard / mouse port unit 43 includes a sound unit 44 which reserves a sound level or mutes the sound. Computer reservation device.