KR200176176Y1 - A magnetic card system for control of an entertainment machine and a computer. - Google Patents

Abstract

The present invention relates to a magnetic card system, and more particularly, to a magnetic card system for controlling an organic device and a computer to control the organic device and the computer by setting a rate and a business number in advance in the magnetic card system. The present invention uses a magnetic card system, when the magnetic card is used in organic devices and computers, after using the eight-stage dip switch means to set the fee and the unique business number in advance, the control means in the magnetic card system By processing the rate and business number data stored in the magnetic card by the built-in organic mechanism and the computer control program, the organic mechanism and the control of the organic mechanism and the computer is made by the magnetic card and the magnetic card system for controlling the same; A magnetic card system for computer control is proposed.

Description

Magnetic card system for organic devices and computer control. {A magnetic card system for control of an entertainment machine and a computer.}

The present invention relates to a magnetic card system, and in particular, a magnetic card system for controlling an organic device and a computer to control the organic device and the computer by setting a rate and a business number in advance in the magnetic card system. control of an entertainment machine and a computer.

Conventionally, in organic games for organic farms or PC game rooms that allow certain games, computer communication, and the Internet to be used in the organic farm, organic devices are used for a game, ranging from 100 won to several hundred won. The usage fee has been used in connection with a coin recognition device that can put coins from tens to hundreds of won every minute.

However, when using the coin recognition device as described above, the difficulty of collecting and separating coins, the blockage and failure of the coin due to mischief such as coin fishing with a hole through the coins, the theft of the coin storage in the organic apparatus and There is a problem of difficulty in managing the machine due to loss.

Therefore, the present invention has been devised to solve these problems by focusing on the problems described above, and the object of the present invention is to use the magnetic card system when the magnetic card is used in organic devices and computers, the fee is set in advance The present invention provides a magnetic card system for controlling an organic device and a computer such that the settlement of the organic device and the control of a computer are performed by the magnetic card and the magnetic card system for controlling the same.

1 is a block diagram of a magnetic card system according to an embodiment of the present invention.

2 is a view showing a connection state of the magnetic card system and the organic device according to an embodiment of the present invention.

3 is a view showing a connection state of the card system and the computer according to an embodiment of the present invention.

Figure 4 is a view showing the operating state of the sensor unit which is the main part of Figure 1 according to the present invention.

5 is a view showing a method of setting a second dip switch which is a main part of FIG. 1 according to the present invention;

Figure 6 is a view for explaining the unique number setting of a business is used magnetic card system according to an embodiment of the present invention.

<Explanation of symbols for main parts of the drawings>

10: magnetic head 20: control circuit

30: CPU 40: reset circuit

50: crystal oscillation unit 60: motor drive unit

70: DC motor 80: memory

90 display unit 100 relay

101: relay 2P contact 110: sensor

111: first sensor 112: second sensor

113: third sensor 120: first switch

130: second switch 140: first dip switch

150: second dip switch 160: changeover switch

170: buzzer 180: power supply

200: card system 210: organic device

220: Coin Mechanism Micro Switch

300: computer 310: monitor

320: keyboard 330: mouse

400: Magnetic Card

Hereinafter, with reference to the accompanying Figures 1, 2, 3 and 4 will be described with respect to specific embodiments for achieving the object of the present invention.

1 is a block diagram showing a magnetic card system according to an embodiment of the present invention, Figure 2 is a view showing a connection state of the magnetic card system and the organic device according to an embodiment of the present invention, Figure 3 is an embodiment of the present invention 4 is a diagram illustrating a connection state between a card system and a computer according to an example, and FIG. 4 is a diagram illustrating an operation state of a sensor unit, which is a main part of FIG. 1, according to the present invention.

First, referring to Figure 1, the magnetic card system (hereinafter referred to as the card system) of the present invention is the first sensor 111, the second to check the position of the card when the magnetic card (hereinafter referred to as the card) is inserted or moved A sensor unit 110 composed of a sensor 112 and a third sensor 113, a DC motor 70 for moving the card, a motor driver 60 for driving the DC motor, and data stored in the card. A magnetic head 10 for recognizing a signal, a control circuit unit 20 for applying a read and write control signal to the magnetic head 10, and various control signals for card system control by a built-in program With CPU 30 to do,

Crystal oscillation unit 50 for supplying a constant oscillation frequency to the CPU 30, a reset circuit unit 40 for initializing the CPU 30 upon initial power supply, and a control signal of the CPU 30 to the card. A display unit 90 indicating the set price data, an error, and the like, a memory unit 80 for temporarily storing the amount of money data remaining on the card by the control signal of the CPU 30, and a program embedded in the CPU 30. Switching switch 160 for switching between organic appliances and computer control,

A first switch 120 for causing the program setting state of the CPU 30 to be displayed to the outside and a second switch 130 for causing the final amount of money remaining in the card system to be displayed to the outside when a defect occurs in the card; In addition, the eight-stage first dip switch 140 for setting a unique number for each business in the card system, and setting the usage fee of the card system, adjusting the on / off time of the relay described later and the number of relay on / off described later An eight stage second dip switch 150,

When the card system is used in connection with an organic device and a computer, the coin group mechanism micro switch (hereinafter referred to as a micro switch) of the organic device and a relay 100 for controlling a keyboard and a mouse of the computer, and the relay 100 Relay 2P contact 101, the contact of which is moved in accordance with the operation of the control panel), a buzzer 170 for generating a constant sound by the control signal of the CPU 30, and a DC power supply, for example, 12V to It consists of a power supply unit 180 for supplying power of 24V.

Hereinafter, the operation according to the embodiment of the present invention made as described above will be described in detail with reference to FIGS. 2 and 3.

First, when the card system 200 of the present invention is applied to the organic apparatus 210 as shown in FIG. 2, when a fee for using a game of the organic apparatus 210 is, for example, 300 won, In the organic apparatus 210, three on / off signals are generated from the light emitting side of the micro switch 220 or a coin recognition light receiving sensor and a light emitting sensor (not shown) by inserting three 100 won coins in series. The signal is transmitted to the main substrate of the instrument 210.

In addition, in the card system 200, the micro switch 220 of the organic apparatus 210 and the relay 2P contact 101 in the card system 200 are connected in parallel, and are installed in the card system 200. Since the fee required to use a game is set in advance by the second dip switch 150, the remaining amount of money is first checked, and the card fee is set by subtracting the fee for 300 won. Since the relay 100 of the 200 is turned on / off three times, the same fee is settled at the time of coin input and card input.

Hereinafter, the operation in the card system 200 will be described in detail.

First, when power is supplied to the power supply unit 180 in the card system 200, the reset circuit unit 40 delays the predetermined time (about 0.1 to 0.5 seconds) so that the CPU 30 can be initially operated. At this time, in the FND of 5 stages or 6 stages combined with the light emitting diodes (LEDs) of the display unit 90, characters such as 'CARD IN' or 'HELLO' flow from left to right, and the card is inserted. The amount remaining on the card is displayed.

In this case, whether the card is inserted or not is determined by the sensor unit 110, and when the card is detected by the sensor unit 110, a detection signal is output to the CPU 30.

That is, as shown in FIG. 4A, when the card 400 is inserted, the first sensor 111 is detected by the first sensor 111 of the sensor unit 110 and the input of the card 400 is confirmed. 111 outputs a detection signal to the CPU 30, after which the card 400 is moved to the second sensor 112 by the motor 70, as shown in FIG. The data stored in the card 400 is recognized by the magnetic head 10 from the point where the second sensor 112 is installed.

And, as shown in Figure 4c, when the card 400 is moved out of the second sensor 112 to the third sensor 113, the card 400 is stopped, the CPU 30 As a result, the control of the organic apparatus 200 and the computer 300 is performed. After the above control is performed, as shown in FIG. 4D, the card 400 is moved in the direction in which the first sensor 111 is located by the reverse driving of the motor 70.

That is, as shown in FIG. 4B, when the card 400 reaches the point where the second sensor 112 is installed, the CPU 30 applies a control signal to the control circuit unit 20. The control circuit unit 20 applies a read control signal to the magnetic head 10, and the magnetic head 10 reads the data recorded on the magnetic surface of the card 400 to read the control circuit unit 20. It is transmitted to the CPU 30 through.

Here, the CPU 30 determines whether the data read by the magnetic head 10 is a preset business number and the amount of money in a normal recording state. If there is no error as a result of the determination, the CPU 30 controls the motor driving unit 60. A signal is applied to cause the card 400 to be retracted to the point of the first sensor 111, and a write control signal is output from the control circuit unit 20 so that the card (subtracted by the amount of the magnetic head 10) is reduced. 400), and if the written amount is read, and if the read result is correct, the card 400 is discharged.

On the other hand, when the reading result of the data stored in the card 400 is not normal when the card 400 is initially inserted, the card 400 is immediately discharged.

In addition, when an error occurs in writing to the card 400 normally due to a failure of the state of the card 400, when the reading and writing operations are automatically performed three times in succession, and all three times in error occur. The CPU 30 causes the card 400 to be stopped by the third sensor 113 as shown in FIG. 4C, and applies a control signal to the display unit 90 for a predetermined time with a message indicating an error. The buzzer 170 may generate a buzzer sound.

At this time, when the second switch 130 is operated by an administrator or the like, the CPU 30 detects this and the display unit 90 stops the third sensor 113 in the card system 200. After the final remaining amount is displayed on the card 400, the motor 70 is driven to allow the card 400 to be discharged so that the application of the final remaining amount due to a malfunction of the device does not occur.

Next, a case in which the card system 200 of the present invention is applied to the computer 300 will be described as shown in FIG. 3.

First, when power is supplied to the card system 200, the keyboard 320 and the mouse 330 of the computer 300 are turned off from the relay 2P contact 101 of the card system 200 to the off state. At the same time, the connection with the computer 300 is disconnected and normal operation cannot be achieved.

In this case, the connection connector (not shown) of the keyboard 320 and the mouse 330 of the computer 300 is connected to the relay 2P contact 101 of the card system 200, and the card is connected to the card system 200. In the case of being recognized as a normal card, the keyboard 320 and the mouse 330 are automatically connected to the computer 300 by the relay 100 of the card system 200, the computer 300 Control can be operated normally.

At this time, the method of controlling the keyboard 320, the mouse 330 and the computer 300 in the card system 200 of the connector line connected to the keyboard 320 and the mouse 330 in the computer 300 The power supply line is turned on / off by the relay 2P contact 101 of the card system 200 so that the power supply line is turned on only when a normal card is inserted into the card system 200.

Hereinafter, a method of setting the second dip switch, which is the main part of FIG. 1, according to the present invention will be described with reference to the accompanying FIG. 5.

First, when the card system 200 according to the present invention is applied to the organic mechanism 210, the setting of the fee is as shown in Figure 5a.

The amount of money used is, for example, 100 won units, and the first to fourth dip switches 1, 2, 3, and 4 of the eight-stage second dip switches 150 provided in the card system 200 are used. ) Is combined with the on / off state by 4 bits to correspond to the above-mentioned usage amount. That is, only four of the eight-stage unit switches provided in the second dip switch 150 are used, '0' when the unit switch is in the ON state, and '1' when the unit switch is in the OFF state. As shown in FIG. 5A, the on / off state is sequentially created from the fourth switch of the unit switches.

For example, the amount of 100 won '1', the amount of 200 won '10', and the amount of 300 won '11' correspond to each other.

Then, when the card system 200 according to the present invention is applied to the computer 300, the setting of the fee is as shown in Figure 5b.

In this case, the amount of money is set in units of 1 minute unlike the case of the organic apparatus 210. This is because, in the case of the organic device 210, the amount is settled according to the number of times of use, while in the case of the computer 300, the amount of the amount is settled according to the use time. For example, as illustrated in FIG. 5B, the amount of money is 10 won per minute, and the first to fourth dip switches of the eight-stage second dip switches 150 provided in the card system 200 are provided. The on / off states of Nos. 1, 2, 3, and 4 are combined into 4 bits to correspond to the use amount of money. That is, only four of the eight-stage unit switches provided in the second dip switch 150 are used, '0' when the unit switch is in the ON state, and '1' when the unit switch is in the OFF state. As shown in FIG. 5B, the on / off state is sequentially created from the fourth switch of the unit switches.

For example, a value of 10 won corresponds to '1', an amount of 10 won to 20, and an amount of 30 won to '11' corresponds to 1 minute depending on the setting state of the dip switch. The set fee is settled each time.

Then, the setting of the relay 100 on / off time of the card system 200 according to the present invention is as shown in Figure 5c

The relay 100 on / off time is provided in the card system 200 in case the contact time required by the micro switch 220 of the organic apparatus 210 varies according to the type of the organic apparatus 200. The on / off states of the fifth and sixth dipswitches 5 and 6 of the second dipswitch 150 are combined into 2 bits to correspond to the on / off time of the relay 100.

That is, two of the eight-stage unit switches provided in the second dip switch 150 use five and six, and when the unit switch is in the ON state, '0', the unit switch is in the OFF state. In the case of '1', as shown in FIG. 5C, the on / off state is sequentially created from the sixth switch of the unit switches.

When the on / off time of the relay 100 is 0.04 seconds, '0' corresponds to 0.14 seconds, '1' corresponds to 0.1 seconds, '10' corresponds to 0.2 seconds, and '11' corresponds to 0.4 seconds. Take the way.

In addition, the on / off time setting of the relay 100 may be changed by an operation program built in the CPU 30.

Subsequently, the setting of the on / off frequency of the relay 100 of the card system 200 according to the present invention is as shown in FIG. 5D.

The number of times the relay 100 is turned on / off is provided in the card system 200 in case the number of times required by the micro switch 220 of the organic apparatus 210 varies according to the type of the organic apparatus 200. The on / off states of the seventh and eighth dip switches (7 and 8) of the second dip switches 150 are combined into two bits to correspond to the relay 100 on / off times.

That is, seven and eight of the eight-stage unit switches provided in the second dip switch 150 are used. When the unit switch is in the ON state, the unit switch is '0' and the unit switch is in the OFF state. In the case of '1', as shown in FIG. 5D, the on / off state is sequentially created from the eighth switch among the unit switches.

When the number of times of the on / off of the relay 100 is 3 times, '0' is 2, '2' is 1, '1' is 1, and the amount is 1 (once for 100 won). It takes a way to make each '11' correspond.

In addition, the on / off frequency setting of the relay 100 may be changed by an operation program built in the CPU 30.

As described above, the charge is set, the on / off time of the relay 100 is set, and the on / off number of times of the relay 100 are set, and the CPU 30 of the card system 200 controlling this is set. The built-in operation program may be used differently for the organic apparatus 210 and the computer 300.

That is, the CPU 30 for controlling the organic apparatus 210 and the computer 300 may be operated separately, and the program may be selected by selecting the CPU 30 having a large capacity of RAM and ROM. In the case of operation, the organic device 210 and the computer 300 are selectively used without using different CPUs 30 as described above only by the switching operation of the switching switch 160 of the card system 200. Can be controlled by

For example, a program for controlling the organic mechanism 210 and a program for controlling the computer 300 are embedded in one CPU 30, and the changeover switch 160 connected to the CPU 30 is used. While switching the switching switch 160 for the organic apparatus 210 to control the organic apparatus 210, the switching switch 160 for the computer 300 to convert the computer 300 Take control.

Next, Figure 6 is a view for explaining the setting of the unique number of the store where the card system 200 is used according to an embodiment of the present invention.

On / off of the first to eighth dip switches (1, 2, 3, 4, 5, 6, 7, 8) among the eight stage first dip switches 140 provided in the card system 200. The state is combined into 8 bits to correspond to the business number. That is, using the eight-stage unit switch provided in the first dip switch 140, '0' when the unit switch is on, and '1' when the unit switch is off. As shown in FIG. 5, the on / off state is sequentially made from the eighth switch of the unit switches.

For example, a business number 1 corresponds to '0', a business number 2 corresponds to '1', and a business number 3 corresponds to '10', so that up to 256 businesses can be set according to the setting state of the dip switch. The number can be set.

If the 256 business numbers are exceeded, 256 business numbers can be set again by changing only the version of the program embedded in the CPU 30.

As described above, the present invention provides a sensing means for detecting a position when a magnetic card is inserted or moved, reading and writing means for reading and writing data stored in the card, and application of a control signal to the reading and writing means. Means, control means for controlling the card system by a built-in program, display means for displaying the amount data and errors set in the card by the control of the control means, and storage means for storing the remaining amount data in the card; A first switch means for displaying a setting state of a program embedded in the control means through the display means, an eight-stage first dip switch means for setting a business-specific number on the card, and use of the card 8 to adjust the rate setting, the on / off time of the relay means to be described later and the on / off frequency of the relay means to be described later A second dip switch means, a relay means for causing the organic device or computer to be controlled by the card system when the card system is connected to an organic device or a computer, and switching means for switching to the control means. By providing the card system, the card is used by the business number set in the card system, and the settlement is made by the fee set in the card system, thereby effectively controlling the organic apparatus and the computer in which the card is used through the card system. There is a controllable effect.

Claims (5)

Sensing means for detecting the position of the magnetic card when it is inserted or moved; Reading and writing means for reading and writing data stored in the card sensed by the sensing means; Applying means for applying a read and write control signal to said read and write means; Control means for controlling the applying means and controlling the card system by a program built in the self; Display means for displaying the amount of money data and an error set in the card by a control signal of the control means; Storage means for storing the remaining amount of money data on the card by a control signal of the control means; First switch means for displaying a setting state of a program embedded in the control means through the display means; An eight-stage first dip switch means for setting a business-specific number on the card; An eight-stage second dip switch means for adjusting a usage fee of the card, an on / off time of a relay means to be described later, and an on / off number of relay means to be described later; and And a relay means for causing the organic device or computer to be controlled by the card system when the card system is connected to the organic device or the computer. The organic apparatus and computer according to claim 1, further comprising a second switch means for causing a final residual amount of the card stored in the storage means to be displayed through the display means when the card is defective. Magnetic card system for control. The control method according to claim 1, wherein a switching signal is output to said control means so that any one of an organic mechanism embedded in said control means and a program for computer control is selected, so that control of the selected organic appliance or computer without replacing the program is performed. A magnetic card system for organic appliances and computer control, characterized in that it further comprises a switching means to achieve. The card system according to claim 1, wherein the first dip switch means combines the on / off states of the eight-stage dip switch into 8 bits to set up to 256 unique business numbers. Magnetic card system for organic devices and computer control, characterized in that not to be used in. The method of claim 1, wherein the second dipswitch means comprises a combination of 4 bits, 2 bits, and 2 bits of the on / off state of the 8-stage dip switch, respectively, to set the charge, the on / off time of the relay means, and the relay means. Magnetic card system for controlling the organic mechanism and the computer, characterized in that by setting the number of on / off, the process compatible with the organic mechanism and the computer.