JPS6162481A - Electronic game apparatus - 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 [Field of Industrial Application] The present invention relates to an electronic game device in which players compete for points by attempting and hitting the ball into a goal.

[Prior art]

Conventionally, in a ball game, when an instruction is given to start the game, the ball is automatically made to appear at random timing.

[Problems with conventional technology]

For this reason, the player has to wait patiently for the ball to appear, and is unable to play the game at his or her own pace, resulting in a game that is difficult to play and difficult to plan.

[Purpose of the invention]

Therefore, it is an object of the present invention to enable the player to control the number of balls that appear, thereby making it easier to play the game and plan strategies.

[Key points of the invention]

In order to achieve this object, the main feature of the present invention is that the ball is made to appear when the player moves the displayed player to a predetermined position.

[Configuration of Example]

An embodiment of the present invention will be described in detail below with reference to the drawings.

Figure 1 shows the appearance of a wristwatch-type game device 7i 1. A display section 2 is formed at the upper front of the game device 1, and a display section 2 is formed at the bottom of the display section 2. The left movement key 6 and the right movement key 4 for moving players in section 2 are 32
On the side of the game device 1, there are provided a display changeover switch 5 for switching display modes of a clock, an alarm, and a game, and a game start switch 6 for instructing to start a game.

The display section 2 has a display pattern as shown in FIG. 2, in which a goal 7 is shown on the left end, and balls 8 can be displayed moving from the top to the bottom in each of the four columns. Tarakura-9 can also be displayed in four rows, each moving from the top to the bottom. In addition, the player 10 can be displayed moving horizontally in the lower row from in front of the goal. When the player 10 is moved to the right end, "PASS" and the ball 8 directly above it will flash and the ball 8 will appear from the first row on the left. , the player 10 is automatically returned to the position to the left of the player 10 and displayed. If you continue to move the player 10 to the right end, the ball 8 will move from the second, third, and fourth rows.
are starting to appear more and more.

The player moves the player 10 to catch the falling ball 8 and seats it in the goal 7 to score points, but if the player fails to catch the ball 8 or collides with Tarakura 9, a cloud of dirt 11 is displayed. Mistake display section 12 at the bottom
The number of mistakes is displayed on 0. Also, the score, time, and alarm time are displayed on the numerical display section 13, and this numerical display section 13 is displayed for level 1 (L-4) where the game content is relatively easy and the score is 1000 points or more. When this occurs, level 2 (L-2), in which the game content becomes more difficult, is also displayed. A game time display section 14 is also provided above the mistake display section 12;
The display is performed in seconds, and the point addition rate is controlled to increase according to the elapsed time.

Circuit Configuration> FIG. 3 shows the circuit configuration of the control unit 25, etc. of the game device 1, and the operation signals of the switches 5 and 6 are transmitted from the ROMAD 1.
5, and the first address in the ROM (read only memory) 16 where the game program is stored.
The response data is output and given to ROM16. From this ROM16 to RAM (random access memory>-1
7+: Address data SU, SX4. FU, FL! j. The address for readout or 8-input is cut off.

This RA)A17 has built-in registers for T, Y, Z, and Z, as well as counters for counting A and 'E, which will be described later.;16I! +Display, score addition, time elapsed, and other arithmetic processing result data are stored in memory. The various data stored in this RAM 17 are given to an ALU (Arithmetic and Login Unit) 19 through a latch 18, and keys 6.
The operation signal from player 10.4 causes player 10. Tarakura
9. Arithmetic processing is performed such as displaying the movement of the ball 8, appearance of the ball 8, goal of the ball 8, determining whether the player 10 matches the ball 8 and the Tarafuller 9, and determining whether the score exceeds 1000 points or not. , the resulting data is stored in RAM171
--B IIJ--r1. ter → 1st, l-1-, +, r
--n8u7f+) It is also given to the CaA display section 2 and displayed. The output to the above ALU19 is the above ROMA.
D 15C is given error and address is incremented, ROM16
The signal NA from ROMAD 15 is also applied to the ROMAD 15 and the address is incremented. An instruction signal is applied from the ROM 16 to an instruction defuter 920, and a boot roll signal is applied to each circuit.

In addition, the oscillation signal from the oscillator 21 is converted into a frequency signal by the timing generator 22 to control each circuit in time series, and is also frequency-divided by the denomination generator 26 and sent to the AL.
Used for timekeeping processing given to Ul 9. Further, the buzzer circuit 24 is supplied with a drive signal from the ALUi9 etc. at the start and end of the game, when a score is scored, when a mistake is made, etc., and a buzzer is emitted. El, B2, 01~04°: l, D
'z! is a gate to control the flow of each data.

[Operation of the embodiment]

Next, the operation of this embodiment will be described as follows: Initialization process> The energization control section 25 performs the flow process shown in the fourth pressure section, that is, until the switch or keys 3 to 6 are operated (step h1)' /H seconds (step A2) Game time count for 60 seconds if game mode ° (step A2)
5) If in time mode, count the current time (Step A
4) is repeated. Then, when a key is operated, the control unit 25 determines the operated key (step A5).
, assuming that the game start switch 6 has been operated, the control 1 king 25 will control the player 1 as shown in FIG. 8 (1).
Display 0 in the first bar of goal 7 (step A6), a
Step A of erasing the display of all balls 8 on the holding part 2
7) Step 88 + A9) Erase the display of Dokemu n11 and the display of the game time display section 14. A9) As shown in Fig. 8 (1), set the second part of the error display section 12 to JJ'l and enter the game mode. The game score and the highest past game score are read out from the RAM 17 and displayed for a certain period of time (steps A10 and A11). Next, the control unit 25 performs the anti-catching process for the keys 6 to 6 and returns to steps A1 to A.
Repeat step 4. Also, if another key is pressed deeply with Ste Knob Ai or A5, a different time 11i will be set accordingly.
In fact, there are cases where the alarm time is erroneous.

Game start processing
5 is displayed, and when the player moves player 1D from the goal color, control (6th part 25 is 70-3J of Muro 5 figure)
[1 start crying 2 wachi plow J 'u41 item 25 is R
During the game in AM17, set the T register for FJSI count to "6". Step B1). Clear the y register that stores the number of ball 8 when player 10 received the ball. Step B2). When player 10 receives the ball. The game is played by dexomenting the value of the T register one by one until the value of the T register becomes "0" (step B7) every N=LO seconds (Step Nob B, 5) until receiving 8 (Step E3). The 6 segments of the time display section 14 are erased one by one (step knob Be). Here, if the player 10 receives the ball 8 that appeared by the ball appearance process described later (step B5), the value of the y register is incremented by the received number "7:" (step Ba). <(Step B5).

Where the ball appears! > Next, when the player operates the right movement key 4, the control unit 25
moves player 10 to the right (ste knob 01)
, as shown in Figure 8 (2), the level is low.
-Display IJ and go to the right end (Step 02)
As shown in m81m(3), n = 0.5 seconds "pA
Display ssJ (step a3.C4) ~ Player 1
Return 0 to the left position Step 05) 13th (4)
As shown in the figure, the ball 8 above the J mark flashes for m=0.5 seconds (step 06°C7
), the ball 8 is coming from above the display section 2! ((Currently 11-) is indicated to the player Jin 7. Then, the control unit 25
Step aB) of mark 7), output gJ of ball 8 of RAM 17, trtta of R register indicating g
〉〉・Crimen, then set ``1'' and step (9〉
, the value of the It register is "5" or more, and the value "["
(Step 012) From the top of the first column on the left end of the display section 2, as shown in Figure (5), the pole 8? Make it appear (Step (1! 13)) Turn off the flashing of ball 8 above the rpAssJ mark (Step knob C17) and then move the player 10 to the right end again, Steps 01 to CI
The same process of 2 is repeated, but the (iQ+
= In step C9, ``Since it is 2J, ball 8 will be pulled down to the second row 7'!'' 7r (Step c
14). If this movement of the player 10 to the right end is continued, the ball 8 will also appear in the third and fourth columns (step (lets, 016),
If we continue further, the value of the R register becomes "5" (step C1o), so the 2!5th column is not present in Tokushika 2 and is returned to "1" (step a11), and again; 8 will appear.

In this way, ball 8 can be made to appear according to the will of the )4 player, and the number of appearances of ball 8 is also
This can be controlled.

When the player avoids Tanokura-9 and catches the ball 8 that appears and falls, the processing of steps B3 to B5 is performed, and the number of balls 8 caught is memorized in the y register. When the player carries the ball to goal 7 and shoots, the controller 25
determines this and starts the flow process of the scoring process shown in FIG.

As shown in Figure 9, this scoring process for tanai is set so that the shorter the elapsed game time and the more balls caught, the higher the score, and the score is approximately proportional to the game time. The reception of the ball 8 is set to be approximately proportional to the square of the number of balls.

When there is one goal in as shown in sm (6J), the control unit 25 starts the flow process shown in FIG. ”, the game time is 20.7 seconds, and the value of the ° register is “4”.Then, the number of additions according to the number of balls in the control unit 25 RAMI 7 is stored in the memory. Set fzrOJ in the A buffer,
(Step DI), after confirming that the value of the T register is not "0" (Step D2), set "2" to the 2nd register that stores the score per ball.Step D3). Value "4" plan - 1 then "0"
(Steps D4 and D5), that is, integrate the area of the T register + 1 of the 2 register + tf r 2 J to obtain a value corresponding to the elapsed game time (Step D6)
The first ball shown in FIG. 9 is set as "8" according to timer flag 4. σ) "8" is the number of points scored by the first ball that the player 10 received.

Next, the control unit 25 adds 1 to the value of the A buffer to make it "1".
Make a note of the fact that the score calculation for the first ball has been completed (Step D7), and make sure that the number of scores in the above two registers is "12".
” (Stella 7D8) and set it in the A buffer fmrlJ'2B buffer Step D9
), the value rLJ of the E buffer is sequentially decremented by 1 until it becomes "0" (steps D1o, D11), that is, the value of the 2nd register is doubled by the area of the B buffer, and the ball receiver is adjusted according to the number of balls taken. However, since a single ball will immediately become rOJ, the value "8" of the 2nd register is set to the 2nd register that stores the total score (Step D1s).

Then, the control section 25 sends a signal to the buzzer circuit 24 to generate an additional sound (step D14), and displays the value "8" of the Z register on the numerical display section 13 (step D1sn, the value r4J of the y register -IL.

"3J (Step D16), above step D1
The operations from D16 to D16 are repeated until the value of the y register becomes "0" and the score addition according to the number of balls received by the player 10 is completed (step D17).

In this case, the control unit 25 sets the value of the A buffer to "2" in step D7 in the second repetition, so step D
12 score doubling process is performed once and the score of 2 registers is
16j) This is set as the value of the Z register in step D15.
8", and in the third repetition r32J, 4
"64" is added in the second repetition. After the addition of 4 balls is completed, the score of 8+16+32+64=120 shown in the third row from the bottom right corner of Fig. 9 is shown in Fig. 8 (7).
If it is not displayed as shown in , the value of the y register becomes "0" and the scoring process ends.

Also, as shown in the upper part of Figure 9, the minute time is less than 10 seconds.
When the value of the register becomes "0", the score is ball 8.1
Since each ball is worth one point, the control unit 25 determines in step D2 that the value of the T register is "0" and then presets the second register to "1" (step D18). Let's divide the conversation into parts. - As shown in the lower right of Figure 9 of the force cylinder, the score value of the 4th ball when the value of the T register is "6" within 10 seconds after the start of f-m is particularly high, 200 points. , since the value of the T register is "6", it is determined in step D8 that the value of the 2nd register is 2X6=12, and the value of the A buffer is "4", so
When it is determined that the individual ball score has reached NtR (
Step D19), the value of the z register is set to 200 (step D20), and 2 points are added.

In this way, the game is played while adding points, and if 60 seconds pass or the ball 8 is missed, or the Tanokura 9
If there are four mistakes that collide with the game [.

6% completed.

In the above embodiment, the present invention was applied to a soccer game.
Tennis, where you don't score by hitting a goal, is more important than playing field, ice hockey, handball, rugby, etc.
This may be realized in games such as volleyball, and the player's movement direction may be not only left and right, but also up and down, front and back, diagonally, etc., and the player's movement position where the ball appears is not only at the right edge but also at the left edge. But it can be anywhere, in the bottom corner or in the middle.

〔Effect of the invention〕

As described above, in the present invention, the ball is made to appear by the player moving the displayed player to a predetermined position, so the player can control the timing of the ball's appearance by himself/herself. The game becomes easier to play, and as a result, you can play the game at your own pace, and you can advance the game at a tempo and pattern with the fewest mistakes. It has the effect of being easy to use.

[Brief explanation of the drawing]

FIG. 1 is an external view of a game device 1 as an example of the present invention, FIG. 2 is a public display pattern of the display section 2, and FIG. 3 is a game device
B, overall circuit m of 1, 4th m is 7 of initial rice processing
0-chart diagram, FIG. 5 is a diagram of the 70-chart of the game start process, FIG. 6 is a diagram of the 70-chart of the ball appearance process, and FIG. 7 is a diagram of the scoring area Bl! Figure 8 is a diagram showing the change of the display section 2 according to the game B and the 4th line, and Figure 9 is a diagram showing the scoring pattern. 1...Game device, 2...Display unit, 6...Left movement key, 4...Right movement key, 6...Game II? i(
First switch, 7... goal, 8... ball?・・・
・Tarafuller, 1D...Player, 12..., ・Miss information section, 14...Game 0 display section, 17...P,
Ail, 19... Ar, tr, 25... Control unit. Figure 4 Figure 5

Claims (1)

[Claims] A display means for displaying the player, the ball and the score, an instruction means for instructing the start of the game, a movement means for moving the player after the start of the game by the instruction means, and a movement means for moving the player to a predetermined position by the movement means. An electronic game device comprising: ball display control means for causing a ball to appear on the display means.