JPS6040075A - Golf totalization device - Google Patents

Abstract

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

Description

TECHNICAL FIELD OF THE INVENTION The present invention relates to a golf tally device, and more particularly to a golf tally device that is used at an outdoor golf course or the like and electronically tallies and displays the number of strokes related to golf.

Description of the Prior Art Recently, the number of golf enthusiasts has increased, and golf is played even when it is raining and the wind is blowing. Usually, three or four people form a party and go around the course. The scoring of each ball is recorded using paper scoring cards handed out at the golf course. Record the number of strokes for each hole on this scoring card with a pencil or ballpoint pen, and then tally it up later to compete for ranking.

FIG. 1 is a diagram showing an example of a conventional scoring card. , as shown in Figure 1, the scoring card has hole number column '1
．． Par number of strokes column 2. Official distance 11111113. Normal distance 4. There are scoring columns 5 to 8 for each play 117 as well as a handicap (!119).

Hole number column 1 is a total of 1 to 9 as an out hole t) Ball and an in hole as a total of 10 and 31
Hole numbers for a total of 18 holes, 9 holes up to 8, are written in advance. In the number of par strokes s2, the target number of strokes for the corresponding hole is recorded. Also, is the official distance 1sl? 1i1
3 and normal distance column 4, the distance minus 3 for each hole is entered in advance.

In the scores n5 to n8, the number of strokes actually hit by each brake Av is recorded. The order representing the difficulty level of each brake 17 is entered in the handicap block f19 each time the game is played. Furthermore, a half total column 10 is provided in the center of the scoring card, and in the case of an out hole, the total number of strokes for each player on holes 1 to 9 is added and recorded. . In addition, if the ball is in, add up the number of strokes from holes 10 to 18, and total 1.
--Light and fill in the barrel. In reality, a handicap is attached to each brake 17 according to the upper MW, and the handicap is subtracted from the total to calculate the total, and the players compete for the lowest number of strokes.

The conventional method using the scoring card shown in Figure 1 above is as follows:
If the weather is bad, such as raining or windy, you may have to leave the scoring card, or the numbers recorded on the scoring card may be lost due to water, and the scoring card may also be damaged. It had the disadvantage that it could be folded or misread.

OBJECTS OF THE INVENTION Therefore, in order to eliminate the above-mentioned drawbacks, the main object of the present invention is to provide a golf tally device that can electronically store the number of strokes and display the number of strokes and display the total. It is to capture and provide.

SUMMARY OF THE INVENTION To summarize the invention, a memory for storing the number of strokes for each hole is provided for each of a plurality of players, a hole number is selected by a hole number selection key, and an 11-player memory is selected by a player key. is specified, the number of strokes is stored ( ) in the area corresponding to that player in the memory according to the input of the number of strokes from the number of strokes key and displayed on the display, and the number of strokes is stored in the memory according to the command of the total command key. This golf tally device is configured to display the total number of strokes for each player on a display.

The present invention will be explained in more detail below along with embodiments shown in the drawings.

Description of examples FIG. 2 is an external view of an embodiment of the present invention.

At 21'21, the main body 11 includes a display 12 and a keyboard 13. The display 12 is provided with a two-digit display area corresponding to each of the four players Δ to D,
The keyboard 13 that displays the number of strokes of each player has an keys 131 including number keys O to 9, a hole number key 132 for selecting the hole number, and a brake for specifying one of players A to D. Yaki-13
3 and KA when calculating the total number of at bats for each player.
l'f' total key 134. Note that the numeric keypad 131 is used as a stroke number key for inputting the number of strokes.

FIG. 3 is a schematic block diagram of one embodiment of the present invention.

First, the configuration will be explained with reference to FIG. The hole number key 132 is, for example, a momentary key, which closes its contacts when pressed and opens its contacts when it is released. When this hole number key 132 is operated, a pulse is generated from the single pulse generator 21.

This pulse is given to a pulse counter 22.

The pulse counter 22 increments its count value every time a pulse is given from the single pulse generator 21, and counts the count values "1" to "18".

That is, the pulse counter 22 outputs a count value corresponding to the hole number. The memory 100 stores the number of strokes for each hole of each player A to D. For this purpose, the memory 100 has a storage area 1 corresponding to player 8.
01 to 118 and memory g corresponding to play 1113
4 areas 201 to 218, 11 storage areas 301 to 318 corresponding to player C, and a record t for player D.
Ita areas 401 to 418 are included. Then, the address in the X direction is specified by the ttI number output of the memory 100;↓ pulse counter 22. That is, when the count value of the pulse counter 22 becomes 1, the output 221 at -
becomes high level, storage areas 101, 201゜301
and 401 are addressed. When the count value reaches 2, the output 222 becomes high level and memory steel 1g10
2, 202, 302, 402 are addressed.

The key manual signal from the numeric keypad 131 is sent to the code generator 23
given to 4 e-1-code generator 23 Hayashi numeric keypad 131
It generates a key code corresponding to each numeric key included in the . The code generated from the code generator 23 is given to the memory 100 via the player key 133. That is, when the A key of the player key 133 is operated, the code signal from the code generator 23 is transferred to the storage area 1.
01 to 118. Similarly, when the B key is operated, a code signal is given to the storage areas 201 to 218, and when the C key is operated, a code signal is given to the storage areas 301 to 3.
A code signal is given to 18, and when the D key is operated, the code signal is given to storage areas 401 to 41B. Therefore, when the count value of the pulse counter 22 is 1 and its output 221 is at a high level,
When the A key is operated, the code corresponding to the number input from the numeric keypad 131 is stored in the storage area 101. 1t each of memory 100! T! The codes stored in areas 101 to 418 are connected to contacts 31 to 3, respectively.
8 to the display 12.

When the 1-1 key 134 is operated, the relay 25 is energized and the continuous pulse generator 24 generates continuous pulses. The relay 25 switches the contacts 31 to 38 in accordance with the operation of the total key 134. Continuous pulse generator 24 provides continuous pulses to pulse counter 22 and evaluators 26 to 29 in response to operation of total key 134. When the pulse counter 22 receives continuous pulses from the continuous pulse generator 24, the pulse counter 22 sequentially counts the pulses and stores them in the memory area 10 for each row of the memory 100.
1 to 401, 102 to 402, etc. are sequentially addressed and their contents are read out. Addition device 26 to 29
is for adding up the number of strokes for each player stored in each storage area of the memory 100. And each thickener 26
The contents added at points 32, 34, 36 .
38 to the display 12.

Next, the operation will be explained. First, hole number key 1
Operate 32. Then, one pulse is given to the pulse counter 22 from the single pulse generator. The pulse counter 22 counts the pulses, sets the counted drop to 1, and sets its output 221 to a high level. For this purpose, memory 10
Storage areas 101, 201, 301 and 401 of 0
is selected. Subsequently, after operating the A key of the player keys 133, the number of strokes for player A is entered manually using the numeric keypad 131. Then, a code corresponding to the number of strokes is output from the code generator 23 and written in the tggA areas 101 to 11.
given to 8. However, since only the memory area 101 is selected by the pulse counter 22, the code is stored in this storage area 101. , Ii1, after operating the B key of the player key 133, enters the number of strokes of player B from the numeric keypad 131, the record ytm
A code corresponding to the number of strokes is stored in area 201. Operate the C key of player key 133 to set the number of strokes by pressing j key-13.
When inputting from 1, a code corresponding to the number of strokes of player C is stored in the storage area 301, and when the D key is operated and the number of strokes is entered from the numeric keypad 131, a code corresponding to the number of strokes of player D is stored in the storage area 401. be remembered.

Next, on the second hole, the hole number key 132 is pressed.
When operated, a pulse is given to the pulse counter 22,
The count value of the pulse counter 22 becomes 2. Then, the output 222 becomes high level, and the storage areas 102, 2
02.302 and 402 are selected.

Thereafter, by operating the player key 133 and inputting the number of strokes from the numeric keypad 131 in the same manner, a code corresponding to the number of strokes of A is stored in the memory ¥4 area of the corresponding player. Note that when the code for the number of strokes is stored in each storage area, the code stored at the same time is displayed on the display 1 via the contacts 31 to 38.
2, and the number of strokes entered for each player is displayed.

After inputting the number of strokes for the final hole, that is, the 18th hole, the total key 134 is operated. In response to the operation of the total key 134, the continuous pulse generator 1124 generates 19 pulses of a constant width at regular intervals and supplies them to the pulse counter 22. The first pulse among these 19 pulses is to set the pulse counter 22 to the initial state, that is, to set the count value to 0, and to adjust the operation time of the relay 25.On the other hand, the relay 25 switches its contacts 31 to 38 to the dotted line side in FIG. Memory 10'l, 20j,
30 'Read out the 1'' number code stored in I and 401. Each successive code is connected to contact point 31.33.3
bO, FT) 3'71r via "C addition*N21j, 27.
28 and 29. Each adder 26 to 29
adds the given code and the previous state and sends fI to the contacts 32, 34, 36t3 and 38 to the display 12. Thereafter, in the same manner, the pulse counter 22 reads out the number of strokes of play FA to D from the memory for each hole No. 11 every time the pulse counter 22 counts pulses, and the adder 26 to 2
9 adds up the number of strokes for each play ν. The results are then displayed on the display 12.

As mentioned above, the memory 101 is provided to store the number of strokes of each player A to D for each hole No. 11, and the hole No. 1 key 132 selects the 't' hole number and operates the play key 133 to select either one. By specifying the player and inputting the number of strokes from the numeric keypad 131, the number of strokes made by the player can be stored and displayed for each hole number. Then, if you operate the total key 134,
It is possible to calculate and display on the display device 12 the barrel hitting rate for each player. Therefore, it is possible to easily know the number of strokes of each player without using the conventional scoring card as shown in FIG. 11 mentioned above.

FIG. 4 is a schematic block diagram of a more preferred embodiment of the invention, and FIG. 5 is a dimensional diagram showing the storage area of the data memory shown in FIG.

The embodiment shown in FIG. 4 is configured to count the number of strokes using a microcomputer, and has higher functionality than the embodiment shown in FIG. 3 described above. For this purpose, the main body 11 shown in FIG. 2 is provided with a printer 1 for printing the number of strokes for each player on printing paper. Furthermore, a display area for displaying the hole number, number of par strokes, and handicap is newly provided on the display 12. Furthermore, the keyboard 13 has a NEXT key 135. IN key 136, OU
T key 137. HD primary key 38 and print key 13
9 is provided; Note that the hole number 4=-132 is used to specify that the political theory input from the numeric keypad 131 is the hole number. The NEXT key 135 is operated to designate the next hole number after the hole number has been set. The IN key 13G is operated when calculating the total number of strokes in the IN hole.
The OUT key 137 is operated when calculating the total number of strokes for a 0LIT ball. The handicap key 138 is used to add up the handicap set in advance for each famous player.
Operated when subtracting from 1.

The printer t-139 sends each aggregated data to the printer 14.
Operated when printing by.

The configuration will be explained with reference to FIG. 4 again.

The processing circuit 401 is constituted by, for example, a microcomputer, and performs processing according to a program stored in the program memory 42 in advance. For this,
Address signal @ from the processing circuit 41 to the program memory 42
501 is given.

The program memory 42 reads program data 502 from the corresponding address in response to this address signal 501 and supplies it to the 9B logic circuit 41. The data memory 43 contains data input from the keyboard 11 and the 4vI instant circuit 41! It is a device that stores fraudulent data, etc.
Completed by AM. For this purpose, data memory 4
3 includes a storage area from address O to 12F, as shown in FIG. Addresses 0 to OF correspond to hole number 1, and addresses 10 to 1F correspond to hole 182.
corresponds to Thereafter, storage areas up to ball number @18 are provided. The number of strokes of each player A to D is stored in the memory areas 431 to 434 for each hole, the number of strokes of each player A to D is stored in the memory area 435, and the memory area f1!436 stores the number of strokes of each player in the game in January. The official distance of the hole is stored, and in the storage area 437, the distance of the hole in the normal game is gc! be remembered.

Furthermore, a storage area 438 at addresses 120 to 12F
is used as a storage area for storing the total of each player Δ to D. The data memory 43 is supplied with a read signal 503 for a read command and a write signal D504 for a write command from the processing circuit 41. So 1, place! Data 50 is transferred between IDi path 41 and data memory 43.
5 exchanges take place. The display memory 44 has data.
Address 130 of RAM used as data memory 43
to 13 F are assigned. The display memory 44 is supplied with the E/lobe signal 506 and the display data 508 such as the address signal @507 from the processing circuit 41.

The display memory 44 is given the read signal 509 from the display 12, and in response, the display memory 44 receives the read signal @5.
10 is given to the display 12. Further, print data for the printer 14 is given to the processing circuit 41 .

The keyboard 11 has 24 keys arranged in a 15 x 6 matrix, with input lines 511 to 516 connected to each vertical column, and scan lines 517 to 521 connected to each horizontal column. . Then, from the processing circuit 41 to each input line 511 to 516, the phase ! ! A high level signal of % is given to the keyboard 11. When any key is operated, a high-level pulse is applied from the input line to the processing circuit 41 via the scanning line corresponding to that key. The processing circuit 41 determines which key has been operated based on the pulse.

Figure 6 illustrates the specific operation of the actual example shown in Figure 4.
FIG.

Next, the specific operation of one embodiment of the present invention will be described with reference to FIG. 2 and FIGS. 4 to 6. First, the user operates the numeric keypad 131 to input the hole number. The processing circuit 41 inputs the input line 51 in step S1.
Pulses are sequentially output from 1 to 516. This pulse is applied to the processing circuit 41 via the scanning line from any of the ten keys 131 operated. In step S2, the processing circuit 41 determines whether a pulse has been input to any of the scanning lines 517 to 521, and if no pulse has been input, the process returns to the initial state. Keyboard 11 if input
It is determined whether any key has been operated, and in step S3 it is determined whether or not the numeric keypad has been operated. If the numeric keypad has been operated, the key code of the operated numeric keypad is temporarily recorded in step S4.

Next, when the hole number key 132 is operated in order to specify that the numerical value inputted from the numeric keypad 131 is a hole number, the processing step fa41 goes through the aforementioned steps S1 to S3, and the hole number key 132 is operated instead of the numeric keypad e. If it is the Uhole Gakegetsu key 132, which is determined by the Stella 785, the temporarily stored key code of the numeric keypad 131 is retrieved in step S6, and the hole number is calculated in step S7. In step S8, the address of the data memory 43 corresponding to the hole number is designated. Further, in step 89, the data representing the hole number is transferred to the display memory 44, and in step 810, the data transferred to the display memory 44 is transferred to the display 12.
Displayed on 2! Zeru. That is, the input hole number is displayed in the hole number display area of the 1 display 12.

Next, the fJ number of each brake 17 is input from the numeric keypad 131. The input numerical value is temporarily stored by the processing in steps S1 to S4 described above. Then, when one of the player keys 133 is operated, step S1
3, it is determined whether the player key 133 is the A key or the D key, and if it is the △ key, the number of strokes entered manually from the numeric keypad 131 is stored in the storage area 431 of the data storage 43. Similarly, numeric keypad 131
If the number of strokes is input from and the B key is operated, then 1β,
The number of strokes of player B is stored in f111i432.

Do the same for players C and D! ] Calculate the numbers manually. After inputting the number of strokes of players A to D, the player operates the NEXT key 135. The processing circuit 41 determines in step sii that the rNEXT key has been operated, and in step S12 increments the hole number 11 which has been temporarily stored up to that point by +1.

Then, in the same manner as described above, 98 of steps S7 to S10. I! ! Do the following. When the player inputs the number of strokes from the numeric keypad 1S1 again and operates the player key 133, the number flll is stored in the storage area of the corresponding player. From then on, the number of strokes of each brake A7A to D is memorized for each hole in the same manner. When the input for up to the 9th hole is completed, the OUT key 137 is operated. When the processing circuit 41 determines in step 815 that the OUT key 137 has been pressed n, the processing circuit 41 calculates the number of strokes for each player stored in the storage areas 431 to 434 of the data memory 43 corresponding to hole numbers 1 to 9, respectively. In step 816, calculations are performed for each machine. The result is then transferred to the display memory 44 in step 817, and the total number of strokes is displayed in the display area for each player on the display 12 in step 18.

After completing the play of the hole in OLJ T, next play the hole in IN, designate each hole number in the same way as explained above, input the number of strokes for each player, and store it in the data memory 43. Make me remember. After completing the manual effort up to the 18th hole, the total key 134 is operated. The processing circuit 41 determines in step 819 that the total key 134 has been operated, and in step S20 calculates the number 1t3 of each player's 1st hole and the 18th hole. As a result, the result 1 is transferred to the display memory 44 in step 821 and displayed on the display 12 in step 822.

When the HD key 138 is operated, the processing circuit 41 determines in step 323 that the ID key has been operated, and in step 824 the processing circuit 41 determines that the ID key has been operated.

Subtract your handicap from each total. It is assumed that this handicap is stored in the processing circuit 41 in advance. In step 825, display the total amount after deducting the handicap.44. The content is displayed on the display 12 in step S26.

When the print key 139 is operated, the processing circuit 41 goes to step 327 d3 and determines that the print key has been operated.In step 828, the processing circuit 41 gives all the contents of the data memory 43 to the printer 14, and prints the data for each hole. The number of strokes for each brake ν is printed out, and in step 329, the total number for each player is printed out, and the operation ends.

As mentioned above, according to this general example, not only the number of strokes for each player at each hole number, but also the IN and 0L
611 in the JT hall and the handicap can be subtracted to display i 15 If, and each data can be printed on printing paper by the printer 14. Therefore, not only can each data be displayed, but it can also be printed on printing paper, so records of each play can be saved until a later date.

Effects of the Invention As described above, according to the present invention, a memory is provided for storing the number of strokes for each hole corresponding to each of a plurality of players, and hole number selection J3 using the hole 11@ key and the player key are provided. After specifying the player, the number of strokes is stored in the corresponding w4 area of the memory and displayed on the display according to the input of the number of strokes from the stroke number key. It is possible to save the trouble of filling in the card, and it is possible to collect 4F, etc. by simply pressing the keys manually.

[Brief explanation of the drawing]

FIG. 1 is a diagram showing a conventional scoring card. FIG. 2 is an external view of an embodiment of the present invention. FIG. 3 is a schematic block diagram of one embodiment of the present invention. FIG. 71 is a schematic block diagram of a more preferred visual embodiment of the invention. FIG. 5 is a diagram showing the storage π1 area of the data memory shown in FIG. 4. FIG. 6 is a flowchart for explaining the specific operation of one embodiment of the present invention. In the figure, 12 is a display, 13 is a keyboard, 131
is a numeric keypad, 132 is a hole number key, 133 is a player key, 134 is a total key, 139 is a print key, 14 is a printer, 21 is a single pulse generator, 22 is a pulse counter, 23 is a code generator, 24 is a continuous pulse generator, 25 is a relay, 26 to 29 is a booster, 41
42 is a processing circuit, 42 is a program memory, 43 is a data memory, 44 is a display memory, and 100 is a memory. Figure 1 Figure 2 Figure 3

Claims (2)

[Claims] (1) A golf totaling device for totalizing golf scores, which includes a hole number 11 key for selecting a hole number, a player designation key for specifying a player, a number of strokes key for inputting the number of strokes, a totalization command key for commanding a total calculation; a memory including an area for storing the respective number of strokes for each hole as δ for each of the plurality of players; a display for displaying the score; When selecting a hole number using the hole number key and specifying a player using the player key, the number of strokes is stored in the corresponding area of the memory in accordance with the input of the number of strokes from the number of strokes key.
tl! a golf tally comprising vJ911 means for calculating and displaying the total number of strokes for each player stored in the memory in response to a command from the total command key and displaying the sum on the display. Device. (2) The printer further includes a printer and a print command key for commanding printing by the printer. The ft1l 911 means includes means for causing the printer to print the number of strokes of each player stored in the memory and the calculated total for each player in response to the operation of the print command key. The golf tally device according to item 1.