JPS5852669B2 - electronic game device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an electronic game device constituted by an electronic circuit.

The electronic game device of the present invention moves the image display point all the way when one display point on the main display is at the same position as another display point whose movement direction and distance are controlled by the player. ,
This is a game in which the player is asked to bring the one display point to a predetermined position on the main display.

The present invention is a game in which two display points are seen as garbage and a broom, and a float (moving display point) is moved to sweep the garbage (pseudo-stopping point) to the edge of the main display. This is an electronic game device configured so that if the broom passes the location of the trash at a certain speed or higher, the trash moves in the same direction as the broom.

FIG. 1 is an external view of an embodiment of the electronic game device of the present invention.

40.41 is the main display, 40 is for the moving point (floating),
41 is for a pseudo stopping point (garbage).

42゜43 is a movement operation switch, 44 is a reset switch, 28 is a time display, 27 is a sub-display for notification of completion, 3
6 is a sound generator, and S is a power switch.

FIG. 2 shows a circuit diagram of an embodiment of the electronic game device of the present invention.

Moving display point (considered to be floating).

) is driven and displayed by the up/down counter 9, decoder drivers 13, 14, and the main display 40.
One point is lit or displayed in bright and dark.

Also, pseudo-stop points (considered as garbage).

) is driven and displayed by an up/down counter 29 and a decoder/driver 17°18, and the main display 4
One point of 1 is lit or displayed in brightness and darkness.

The main display 40.41 is composed of 16 light emitting diodes arranged in a row.

The oscillator 1 is a sawtooth wave oscillator on the order of seconds, and its oscillation output is applied to the pulse oscillator 2 to modulate the oscillation frequency of the pulse oscillator 2.

The frequency-modulated output of the pulse oscillator 2 is output as a signal to the AND gate 3 via the buffer 4 or 7, the AND gate 5 or 8, and the OR gate 6 by operating the up-side movement switch 42 and the down-side movement switch 43. added,
When AND gate 3 opens, it is added to up/down counter 9.

The up/down counter 9 is controlled up or down by the output of the buffer 4 connected to the switch 42 .

When the switch 43 is pressed, a down counter is performed.

When the switches 42 and 43 are closed at the same time, the output of the buffer 4 is added to the up/down counters 9 and 29, so that they are counted up.

Thus, one point on the main display 40 is moved by the output of the counter 9 that counts the output of the pulse oscillator 2 that has undergone frequency modulation.

Due to the above frequency modulation, the display point will move randomly.

In order to prevent the moving display point from coming out of the main display 40, outputs are taken from both ends of the main display 40 and added to the AND gates 5 and 8.

Since the main display 40 is driven at L level, when the output from the main display 40 is applied to the AND gates 5 and 8, the AND gates 5 and 8 are closed, and as a result, the AND gate 3 is closed and a pulse is sent to the counter 9. Prevents output from being applied.

The logic comparator 16 compares the outputs of the counters 9 and 29, and when the two match, that is, the main displays 40 and 4
When the positions of the display points of 1 are the same, an output is output and applied to the D terminal of the flip-flop 45.

The output of the AND gate 3 (output of the pulse oscillator 2) is connected to the clock terminal C1 of the flip-flop 45.
4 and inverts the flip-flop 45 by the number added through the AND gate 3.

This output is applied to AND gate 22.

On the other hand, the output of the oscillator 1 is applied to the AND gate 22 through the voltage comparator 15.

Therefore, when the voltage of oscillator 1 is above a certain value, voltage comparator 1
An H level output is obtained from 5, and this H level output opens the gate 22 and allows the pulse output of the flip-flop 45 to pass through.

The output of the AND gate 22 is applied to an up/down counter 29 to count up or down.

Therefore, during a period in which an H level output is obtained from the voltage comparator 15, the display point of the main display 41 moves along with the display point of the main display 40 by the number of pulses obtained from the flip-flop 45.

The output of the AND gate 22 is also applied to the OR gate 32 to operate the monomulti 33 and the burst oscillator 34.
is activated, and a sound is emitted from a sound generator 36 such as a speaker via an amplifier 35.

In this embodiment, an output is applied to the OR gate 32 at the end of the game and when it is blown back by the wind, and the OR gate 32 similarly emits sound.

The blowback action by the wind is ORGATE 37, MONOMULTI 3
9. Performed by AND gate 38.

In other words, the specific point (
In this embodiment, when an L level display output is applied to the third output from the end, that L level output is taken out and applied to the OR gate 37.

The output of the OR gate 37 is applied to a monomulti 39, and the output of the mono multi 39 and the output of the OR gate 37 are compared by an AND gate 38.

If the output of the OR gate 37 is within the period (about several seconds) when the monomulti 39 is generating an H level pulse, the gate 38
produces no output.

However, if more time passes, the monomulti 39
No pulse is obtained from the gate 38, and the gate 38 outputs an output.

This output is applied to the counter 29 through the OR gate 30, and sets the counter 29 to a preset value, for example, a value indicating a display point near the center of the display 41 (for example, 7
Or set it to 8).

This preset value is also set at the start of the game, and therefore the wind blowback operates to return from the specific point to the game starting point.

The output of gate 38 is applied to gate 32 to produce sound.

When the display point (dust) of the main display 41 reaches the end, the display signal of this end is collected and applied to the Nantes gate 19.

Since the display signal is an L level signal, the Nant gate 19 performs an OR operation.

The output of the Nant gate 19 is applied to a flip-flop 20 to set it and perform a series of operations to end the game.

First, the flip-flop 24 is set, the AND gate 25 is closed, and the output of the clock oscillator 31 is output to the counter 26.
, and stop time counting.

Therefore, the operation of the time indicator 28 also stops.

The oscillation period of the timekeeping oscillator 31 may be in seconds or minutes, but is not limited to seconds or minutes as long as it is an appropriate time interval as a guideline for the game.

At the same time, the output of the flip-flop 20 is applied to the notification sub-display 27 via the buffer 21, causing it to light up.

It is also added to the or gate 32 to emit sound.

Furthermore, it is added to OR gate 10 to preset counters 9 and 29.

Presetting means setting the values (7 or 8 in this embodiment) in the counters 9 and 29 in order to place the display point of the main display 40, 41 near the center.

The reset switch 44 is pressed at the start and restart of the game to provide an output to the OR gate 10 and the counters 9 and 2.
Preset 9.

At the same time, the flip-flop 20 is passed through the inverter 12.
, clears the counter 26 and sets the flip-flop 24.

The electronic game device of the present invention is configured, for example, as in the above embodiment.

The operation and play of this embodiment are as follows.

First, the player turns on the power switch S and operates the reset switch 44.

The output of the reset switch 44 is the up/down counter 9
, 29, and display points (
Floats and garbage) are located near the center.

Furthermore, the flip-flop 20 and counter 26 are cleared, and the flip-flop 24 is set.

Thereafter, the output of the clock oscillator 31 is added to the counter 26 to count time.

When the player operates the up-side movement switch 42 or the down-side movement switch 43, the counter 9 counts up or down in response to the switch operation.

The display points of main displays 40 and 41 are logic comparator 1
6 and when both are the same and the voltage comparator 1
Only during the period when an H level output is obtained from the flip-flop 45, the counter 29
Main display 41 to count up or down
The display point of the main display 40 is moved together with the display point of the main display 40.

During this movement, a sound is emitted.

When an H level output is no longer obtained from the voltage comparator 15,
No pulse is applied to the counter 29 and the display points on the main display 41 stop.

During this time, the player operates the switch 42 or 43 to move the float (display point on the main display 40) in the opposite direction to the previous movement direction, preparing for the next movement.

At this time, the moving direction and moving distance are
If the broom and garbage are in the optimal position with respect to the display point 1), the moving direction of the broom and garbage will be the same as the previous moving direction at the time of the next operation, and the moving distance will be large.

Therefore, the operation of driving the dust to either end of the main display 41 can be performed in a short time.

During such movement, if the garbage remains at a certain point on the main display 41, that is, at the third point from the end, for more than a certain period of time determined by the monomulti 39, due to the wind blowing effect. The counter 29 is preset and returns to near the center.

During this time, the sound generator 36 emits sound.

When the display point of the main display 41 reaches the end, the sub-display 27 lights up, the sound generator 36 emits a sound, stops timekeeping, and further presets the up/down counter 9°29.

In this way, the electronic gaming device returns to its initial state.

Although the above embodiment used two main displays 40 and 41,
Two display points may be displayed in different colors on one display.

Further, although each display point is arranged in a line on a straight line, it may be arranged in a curved line.

Although the display point is constituted by a large number of light emitting diodes, it can also be constituted by using a liquid crystal, an EL1 lamp, or an electro-optic effect element.

Furthermore, although the main display in the above embodiment is arranged one-dimensionally, if it is arranged two-dimensionally and the movement of the display point is also two-dimensional, the complexity and interest of the game will be further increased.

Naturally, the configuration of the electronic game device becomes complex.

As described above, according to the present invention, by simulating a game in which display points are seen as garbage and a broom, and where the garbage is thrown out, and by moving the moving point that becomes the floating point, a predetermined distance is established between the display point and the pseudo stopping point. It is fun to create a relationship and move a pseudo-stop point that is in a stopped state, and even one person can enjoy it while following the lighting of the display during the operation period.

In addition, the device of the present invention is entirely composed of logic circuits, and
It can be made compact and portable.

[Brief explanation of the drawing]

FIG. 1 is an external view of an embodiment of the electronic game device of the present invention;
FIG. 2 also shows a circuit diagram. 9 is a counter, 16 is a logic comparator, 19 is a NAND circuit, 27 is a sub-display, 26 is a counter, 28 is a clock display, 29 is a counter, 31 is a clock oscillator, 40.
41 is the main display, 42 is the up switch, 43 is the down switch, and 44 is the beam set switch.

Claims (1)

[Claims] 1. A display means having a plurality of display points and displaying pseudo-stop points and moving points with different display properties in the operating state; a switch means for instructing the movement of the moving point and the direction of movement thereof; means for temporally varying and outputting the moving speed of the point per unit time and displaying the moving point in response to the operation of the switch means; means for detecting the moving speed of the moving point when in a set positional relationship; and displaying the pseudo stopping point moving in the same direction as the moving point only when the detected moving speed is equal to or higher than a predetermined value. and means for displaying the end of the game when the pseudo-stop point reaches a predetermined position.