JPS5949790A - Electronic machinery with game function - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an electronic device with a game function, and more particularly, to an electronic device with a game function that has a game function that improves the compatibility of each person.

Conventionally, small electronic devices have been commercialized that have a so-called biorhythm function and have been modified to display the compatibility of 1,000 people based on the human rhythm.

However, this type of device has a complicated and expensive circuit configuration, and requires inputting the date of birth, etc., making it extremely troublesome to operate.

This invention was made against the background of the above-mentioned circumstances, and its purpose is to be able to configure a game function that predicts the compatibility of each person with a simple circuit, and to also provide a game function that is extremely easy to operate. Our goal is to provide electronic equipment.

Hereinafter, this invention will be specifically explained based on an embodiment shown in the drawings. This embodiment shows an example in which a game function is applied to an electronic wristwatch, and FIG. 1 is a circuit diagram of the wristwatch. The reference clock signal outputted from the oscillation circuit 1 is frequency-divided by a frequency dividing circuit 2, and sent to a counting circuit 3 for counting. Timing data obtained by the counting circuit 3 is sent to the display section 5 via the switching control circuit 4. The frequency dividing circuit 2 sends clock pulses CP1 to CP3 of a predetermined frequency to the game circuit 6.
give to Game circuit 6? It is configured to be able to execute a game that changes the compatibility between J and S, and the game data is switched through the display section via the control circuit 4 according to the input outputs of a pair of external switches 7 and 8. Send to 5. The switching control circuit 4 has an input external switch (display switching switch) 9.
The clock data of the clock counting circuit 3 or the game data of the game circuit 6 are selectively output according to the output of the clock circuit 3.

As shown in FIG. 2, the display section 5 is configured to use a liquid crystal display device 10 having a so-called double electrode structure. That is, in the liquid crystal display device 1o, electrode substrates 12 and 13 are placed above and below the liquid crystal layer 11, respectively, and l! On the opposing surface of the electrode substrates 12 and 13, electrodes 15 and 16 are disposed with an insulating substrate 14 sandwiched between the electrode substrates 12, and
Display electrodes 18 are mounted on the electrode substrate 13 with an insulating substrate 17 sandwiched therebetween.
19 are arranged. The liquid crystal display device 10 is electrically connected to the circuit board 21 via the ink connector 2o, and a predetermined AC voltage waveform is applied between the display electrodes 15 and 19 facing each other with the liquid crystal layer 11 in between. ,
Image display? ! ! The image display electrode ICi is configured such that the pattern shown in FIG. , 18, the turn can be displayed as shown in FIG. 4. In the display pattern shown in FIG. 3, a pair of heart-shaped switch position indicators are arranged below the numerical display E for displaying time, etc. in five digits, separated by a predetermined interval. a, 1).

Also, in the display pattern shown in FIG. 4, there are compatibility indicators C,,C, that display the compatibility between two people.

dI-”2. In this case, the compatibility indicator C,,
C,, cL, , c12 is J! ! ! The display bodies C7 and d2 approach each other facing each other at the upper center, the display bodies C+-", (T) move away from each other back-to-back at the lower left and right sides, and the display bodies C,, t32 are arranged so as to face toward the left side in the figure, and the display bodies C2-'i are arranged so as to face toward the right side in the figure.

The external switch 7.8 is a touch switch that detects the contact capacitance or contact resistance of the human body! Transparent touch electrodes 23 and 23 are disposed on the -1- side of the watch glass 22, respectively, at opposite positions of the switch position indicators a and b. is led out to the back side of the watch glass 22 through one side of the watch glass 22, and is connected to the circuit board 2.
It is electrically connected to the circuit board 21 via a connecting pin 24 planted on the circuit board 1 . Note that the touch switch in this case is such that when the human body touches one of the touch electrodes 23, 23 while the human body is in contact with the back cover of the watch case (not shown), A touch switch corresponding to the touch electrode is switched.

Next, the details of the game circuit 6 will be explained with reference to FIG. The output of the external switch 7.8 is connected to a corresponding delay type flip-flop (hereinafter simply referred to as D-F'F) 25-2.
It is supplied to the D input terminal of No. 6.

DFF2! 5 and 26, by inputting a clock pulse cP1 of a predetermined frequency to the (7) CP input terminal, for example, the Q
It inverts the output, and the Q output of D-FF25 is the signal A.
1. Also, the Q outputs of the D-FF 26 are input as signals B to the exclusive OR gates 27, and the OR gates 28
is input. The output of the exclusive-OR gate 27 is inverted by an inverter 29 and applied from the inverter 29 to the cp input terminal of D-Fli, which represents the circuit f30 as a signal. self D
The configuration is such that the Q output is inverted in synchronization with the fall of the Il power of the inverter 29, which is input as a clock pulse, and the output of the gate 28 is inverted at 7° when it reaches the reset terminal R. 41' so as to be reset by a signal input via 31. Therefore, the latch 30 /7) Q output is a signal given to the output signal of the exclusive or gate 27 as the signal d, and the output signal is given as the signal d. The output of 32 is input with the clock pulse CP2 of 2048 Hz: It is Zr 7 'y
)-'l'-) 33 opening/closing control signal.

The AND gate 33 outputs the clock pulse CP2 as a signal θ during the period when one core is open, and the compatibility counter 34 outputs the clock pulse CP2 as a signal θ.
and clock pulse CP to this compatible Karan 3ζ34.
There is 6'C that counts 2. The compatibility counter 34 is an octal counter consisting of D-FFs 35 to 37 with three stages of 1 (rows of 1) connected to each other.
The Q output of +7 is supplied to its own 1') input terminal, and the Q output of the previous stage FF is supplied to the next stage FF σ') and CP input terminal. In this case, the first stage D-F
Lt, the output e of the AND gate 33 is input to the CP input terminal at F, and -r, each D-F F' 3 !
'i to 37 execute counting operation in synchronization with signal e,
The respective Q and Q outputs are supplied to the demi-1-der 38 as 6-bit parallel data. Also,
The -FFs 35 to 37 are each reset by receiving the output 1 of the corresponding counter 39 to their It input terminals.

The decoder 38M also receives a signal J from the second counter 39 via an inverter 40.

The decoder 38 is a decoder having a Nant gate function, and corresponds to the output of the f-inverter 40 and the compatibility counter.
Display body a-t) m 01 -02 , 'd, 1
.

The display drive signal for driving d, is selectively output. This warmth, the lines 0 to 7, the content of 3.1 is ``OJ
~ “7” Ni? <":' corresponds to 1-, 'C output is obtained, and 0 and i, 2 and +3. 4 and 5 are commonly connected, respectively.

On the other hand, the second counter 39 has a three-stage series connection D-F, l.
Composed by i' 41...4:3, sub], teh(
8, ] Hayabusa counter supplies the output of each D-receiver 41-...1゛3 to all the D output terminals of I')-
Using the Q output of FF41 as a signal, the cap of the next stage FF42 is
4.217). The output signal is supplied as a signal j to the CP input terminal G of the next stage F' F 4 :3, and the Q output of the D-FF 43 is sent out as the signal j. in this case,
First stage 1)-FF 4.1 (7) Number 1, I HZ clock pulse CP to the CP input terminal. 1 is manually inputted via ANDKET44i, and each D-FF4] to 43
The signal that is input from Antogame 1/44 is
5. The bottom is 116. - Then, the output f of the OR gate 28 is added to its R input terminal, and the second and second counters 39 and 1 are respectively reset. After counting for 3 to 4 seconds after starting the counting operation, it outputs a signal j that is a binary number of ``1''. Further, opening and closing are controlled by the Q output of the AND gate 44jiD-F'F43.

Next, the operation of the electronic wristwatch with game function configured as described above will be explained with reference to FIGS. 6 to 9. First, during normal times when the external switches 7 and 8 are not operated,
In the game circuit 6, the Q outputs of the D-FF' 25.2 (5 are each 0 degrees. Therefore, the output f of the OR gate 28 becomes On, so the second counter 3
Each D-FF 41 to 43 of 9 is not connected and is
The output j of F43 remains at IILII. As a result, the decoder 38 is supplied with a 6° signal from the inverter 40, and the decoder 38 receives a signal of 6°.
Exhibit a.

The display drive signals b are now output respectively.

Therefore, in normal times when the external switch 7.8 is not operated, the display body! 1. , 'C) is lit 41. , the position of the external switch 7.8, i.e. the touch electrode 24°2
The location of 4 is clearly indicated. At this time, if the display changeover switch 9 is operated to set the time-varying mode, the contents of the counting circuit 3 are output from the changeover control circuit 4, so the display changes as shown in FIG. When bodies a and b are turned on, the contents of the counting circuit 3 are displayed on the numerical display body E, for example.
When "10:36 minutes" is digitally displayed and the game mode is set, the contents of the counting circuit 3 are not supplied to the display section 5, so as shown in FIG.
Display body 81. Nothing is displayed other than b lighting up.

When starting the game, the user operates the external switches 25 and 26 after switching to the game mode using the display change-over switch 9 to obtain the display state shown in FIG. That is, while visually confirming the display of the lit G-4 shape on display bodies a and b, two people should touch the display location with their fingers at the same time as possible.

As a result, one person will touch the tag electrode 23 of the external switch 25, and another person will touch the tag ↑■L frame 23 of the external switch 26, but at the same time as the expert touches the tag electrode 23, the other person will touch the tag electrode 23 of the external switch 25.
Even if you try to touch it, in most cases there will be a time lag. In this case, if the switching of switch 7 is faster than that of switch 8, then in the game circuit 6, the Q output of D-FF 25.26, that is, the signals A and B are \ As shown in FIG. 6, the timing at which the rise touches the touch electrode 23 is delayed;
Signal B is slower than signal A. Therefore, as shown in FIG. 6, the output C of the inverter 29 is
“0” from when signal B falls until signal B falls.
'' and is applied to the CP input terminal of the latch 30. In this case, while one of the signals ASB is 1'', that is, while either of the external switches 25 and 26 is turned on, the output of the OR gate 2B is f is "1"', inverter 3
Since the output of the launcher 30 is 1"0°", the latch 30 is released during that time. Therefore, the Q output of the launcher 30 changes to the output state in synchronization with the falling edge of the signal C. Since the signal d is inverted, the signal d becomes as shown in FIG.
・? 32 output (: Signal B from standing ground to signal 11
'1° until it rises.

During that time, the AND gate 33 outputs a clock pulse CI)2 (not shown in FIG. 6), so the signal e becomes t(ru0) as shown in FIG. 6. This signal θ is the compatibility counter:
34, the first result to be counted is the compatibility counter 34
The contents change in synchronization with the clock pulse CP2. Therefore, the output f of the J1 OR gate 28 is II 111 while either one of the external switches 7 and 8 is turned on, so the second counter 3
Each of the counters 41 to 43 making up 9 is reset. Therefore, the output of D-FF43 is inverted and the sixth
As shown in the figure, since the signal j becomes II OII in synchronization with the rise of the signal f, the output of the inverter 40 input to the decoder 38 becomes II t II. From decoder 38 onward” display bodies a, l)
The display drive signal cannot be obtained, and the display body λ, 1 goes out. 1 In other words, when the touch electrode 23 of the A external switch 7.8 is touched with the human body, the position of the touch electrode 23 is indicated. The indicators a and b turn off.Then, by switching the switch B, the contents of the compatibility counter 34 become l''.
(l J , that is, the Q of each D-FF35~:37
The 6-bit data consisting of and 1 output is rtolo
At the time of toJ, the decoder 38 receives the 7-bit data J l'i including the output II' I II of the Heinharter 40.
101010J is input. Therefore, decoder 3
The O line of 8 is now selected, but the decoder 38
Since the output of the display drive signal cannot be obtained from the display section 5,
As shown in FIG. 9a, nothing is displayed. Further, when the content of the compatibility counter 34 becomes [1] due to switching of the switch B, the decoder 38
A 7-bit data r101'1010J is inputted to the 7-bit data r101'1010J, and one line of the decoder 38 is selected. In this case as well, the IJS power of the display drive signal cannot be obtained from the decoder 38,
The display section 5 remains in the state shown in FIG. 9a in which no direction is displayed. Therefore, the content of the compatibility counter 34 becomes “
2”, the decoder 38 receives 7-bit data rl1.
When 00110J is input and the 2nd line of the decoder 38 is selected, and the content of the monophasic counter 34 becomes "3", the decoder 38 receives 7-bit data f-101011.
0-1 is input, and three lines of the decoder 38 are selected. Therefore, when the 2nd line and 3rd line of the decoder 38 are selected, the decoder 38 outputs the display bodies C2, a,
A display drive signal is output.

As a result, the display content on the display section 5 becomes a state in which two pigeons are heading toward the right side in the figure, as shown in FIG. 9. In this case, to judge compatibility, unrequited love 1
(-represents the unrequited love of a powerful person). Then, the contents of the compatibility counter 34 are incremented, and then the 7 hit data input to the decoder 38 is such that the contents of the compatibility counter 34 are "
When "4", r'1101001J, when "5" σ], GJ:, 1-101 '1001 j, decoder: 4th line and 5th line of 38 are selected, decoder: r-
The display driving signals for the display bodies C, , d are output from the display units C, d, and the display contents of the display unit 5 are thereby
As shown in Figure C, two pigeons are flying towards the left in the figure. In this case, when determining compatibility, I am thinking of ℃ 1 unrequited love 2 (unrequited love of someone with other powers). Next, the content of the compatibility counter 34 becomes 16'', and the decoder 38
The 7-bit data input to
When e is selected, 6 lines of the f kneader 38 are selected, and the decoder 38 outputs display drive signals for the display bodies C, , cl. As a result, the display contents of the display section 5 are as shown in FIG.
As shown in the figure, the two pigeons are facing in opposite directions and are facing each other. In this case, the compatibility judgment indicates that the two people are not compatible. Next, compatibility counter 3
The contents of 4 become 17j, and 7 is input to the decoder 38.
When the pit data becomes r'1o1010]J, the 7th line of the decoder 38 is selected, and the decoder 38 outputs a display drive signal for the display elements C2 and d2. As a result, the display contents of the display unit 5 are as shown in the 91st part 1e.
Two pigeons are flying facing each other. In this case, the compatibility judgment indicates that the two people are compatible. While the compatibility counter 34 executes the multiplex operation of counting the signal e, the displays in FIGS.
1111' 7th order - Re-italicized. Then, from Antogame 1.33 to Clock Pulse CI),
is no longer output, and the compatibility counter 34's tears WI! It
When the υ operation is stopped, the symmetrical display on the display section 5 is stopped, and the display contents corresponding to the count value of the compatibility counter 34 among the display contents shown in FIG. 9 aswe are stopped. in this case,
No.! When the display content in Figure 3a is reached, it represents the thermal movement of Phase 1 judgment, and in this case &, -1°L1 again, outside f
'j:) Operate switch 6.7 to redo the compatibility/)-m.

Further, when any of the displays shown in FIG. 9 bwe is displayed, the displayed content is the compatibility between the two people.

Then, the external switch (i, 7, whichever is slower is O)
When FF is applied, the output f of the OR gate 28 becomes "'0°", and the second counter 39 is configured.
F"1" The reset state of 41 to 43 is released. In this case, the Q output of the DFF 43 is "'1", so the output g of the AND gate 44 ((i l・
The second counter 39 counts sr<t).

By the counting operation of this second counter 3((), (No. 8, i
is as shown in FIG. 6, so 1) Q output of -FF 43, that is, signal r< +, j % second counter: 3
When 3-4 seconds have passed since the counting operation of 9 started,
It becomes "1" in synchronization with the fall of signal 1. Therefore, each D-F' F of the compatible color 34: (5 to
37 is hit respectively, and the contents of τls5 are as follows: The state returns to the state shown in Figure 8. ○ In this way, the compatibility of the two people is determined when the external switch 7゜8 is operated!The display state of the seagull flying is changed cyclically, and To increase the interest of the display by detecting the time difference when an external suit 7.8 is operated and displaying a display according to the time difference, and determining compatibility based on this display content. I can do it.

ηC Oh, this invention is not limited to the above embodiment; it can be modified and applied in various ways without departing from the scope of this invention. It is also possible to use the display to indicate luck for the current day or the future, and various forms can be considered. Further, the external switch is not limited to a touch switch, and may be a push-type switch.

As explained in detail above, according to the electronic device with game function according to the present invention 11i, the external
Since the time difference when Tsuchi is operated7 is detected and the compatibility between the two people is displayed according to this time difference, a game function that predicts the compatibility can be configured with an open circuit and an electronic wristwatch. Ideal for small electronic toothpicks, as well as conventional!
-Ugko, since there is no need to do the 11th grade immediately after birth, that 10°...1 work becomes extremely easy.

[Brief explanation of drawings]

The drawings show an embodiment in which the present invention is applied to a game function f=1 electronic wristwatch 1. Tsu1..2r!
: 3 is 1, 401st is 1 1 without display pattern, 51st is 1 as shown in Figure 1 -, l\ times P each n'l'
lr 川艮1、Using [51 Fire Hide Minku R-Yard,
Fig. 7, Fig. E; Fig. 1, ≦) shows the display state. Poor...external switch, 34...
・Compatibility counter: U8...Decoke, El,
-b-C-02, LII-d2”・”・Display body. Intestinal death applicant Casio! Figure 3 Figure 4

Claims (1)

[Claims] An electronic device with a game function is provided with a display control means for displaying a different display depending on the difference between poems detected by a mountain means.