JPH0675551U - Electronic notebook for golf score - Google Patents

Abstract

(57) [Summary] (Corrected) [Purpose] To provide an electronic notebook for golf scores. [Arrangement] A keyboard section having a notebook type casing, and including (a) a data input key row 7 for inputting at least basic data such as a date, a grade call / designation key row 10, and a score calendar key 11. 1, (b) a visible field having a total column for each item, a grade table, and a display unit 4 for displaying a score calendar, (c) a function of calculating the grade table, a total maximum stroke count, and A function that extracts the minimum total number of strokes and incorporates these into the total result table, a function that writes the corresponding item in the total column, and a score that extracts the date, golf course name, and all stroke numbers on the day and arranges them in order of date A processor having a function of tabulating a calendar, and (d) the latest state of the writing field, the calculated current day and the total result sheet and score curry. Memory for storing the folder.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 This invention relates to an electronic notebook for golf scores.

[0002]

[Prior art]

 In golf play, in order for each person to grasp the score and to determine the current performance and the standard of subsequent play, the number of par play, strokes and putts for each hole on the course is used as a notebook or the like. After making a note, after the end, you will be able to calculate the results of the day, and by doing this, you will surely know your condition and whether you have progressed in the past.

However, such entry for each hole is troublesome for the player, and if this entry is neglected, the calculation may be erroneous due to a memory error or the like and the calculation may be prolonged.

[0004]

[Problems to be solved by the device]

 The present invention is intended to provide an electronic notebook in which the golf score can be entered by a simple calculator-like operation without depending on a writing instrument or the like.

[0005]

[Means for Solving the Problems]

 In order to achieve the above-mentioned object, the electronic notebook for golf score of the present invention has a notebook type casing, and a) at least the date, the golf course name and the number of per play per hole in the course specified by these, A data input key column for entering basic data consisting of the number of strokes and the number of putts, a grade call and designated key sequence for calling the current day or the total grade table, and an array of scores by date. A keyboard part provided on the front of the casing, including the score calendar key, and b) a visible field having a total column for each item for writing basic data input for each hole by the input key row, and the above-mentioned results. Gradebook called by calling and designated key string, and score called by the score calendar key A display provided on the front of the casing for displaying a calendar, and c) the total number of strokes, the total number of putts, the average number of strokes, the average number of putts, and the holeouts that compose the contents of the report on the day and total. A function to calculate the number of achievements for each grade and extract the total number of strokes on the day with the best performance and the worst day to date, and add these as the total maximum stroke number and minimum total stroke number, respectively. A function to incorporate into the gradebook, a function to write the calculated total number of strokes and total putts on the day in the corresponding item in the total column of the visible field filled with basic data, and a date, a golf course name and all of the day Stored in the above-mentioned casing, which has the function of extracting the number of strokes and creating a score calendar that is arranged in order of date. A processor, and d) an up-to-date state of the writing field, and a memory housed in the casing for storing the calculated current day and total report and score calendar. is there.

According to the present invention, in addition to the above configuration, the keyboard unit further includes a display cursor for designating a writing position in a visible field displayed on the display unit and a reading position in a score calendar. When the score calendar is displayed, by setting the cursor to the desired date position and pressing the grade call key, the gradebook of the desired date is displayed. It is characterized by the fact that

In addition to the above-mentioned additional structure, the present invention further sequentially writes in the memory a visible field in which the processor fills the basic data and has also written in the total column as a basic data table. Yes, when the score calendar is displayed, by setting the cursor to the desired date position and pressing the grade call key, the basic data table and grade table of the desired date are displayed sequentially. It is characterized by doing so.

[0008]

【Example】

 FIG. 1 is a functional block diagram of an electronic notebook equipped in a notebook-type casing. The electronic notebook has a keyboard section 1, a processor 2, a memory 3 and a display section 4. The keyboard unit 1 has a key arrangement for sending various data input and display call requests to the processor 2, which includes a character input / key group 5 and a data input key row 7 consisting of today's designated keys 6. The above-mentioned day designated key 6, total number designated key 8 and grade calling key 9 are provided in the grade call and designated key row 10, and the score calendar key 11 is further provided. It consists of a function key arrangement 12 for shifting functions. .

The processor 2 executes the arithmetic and control functions for arithmetically operating the data input from the keyboard unit 1 and displaying the arithmetic contents requested to be displayed on the display unit 4. The data to be displayed on the display unit 4 is supplied from the processor 2 to the memory 3.

[0010]

【Example】

 FIG. 2 shows an electronic notebook-type device in which a front panel is equipped with the keyboard unit 1 and the display panel 4a as the display unit 4 shown in FIG. That is, the display panel 4a is mounted on the upper part of the front surface of the electronic notebook case 13, and the rest is the keyboard part 1. In the upper part of the keyboard section 1, the key 6 clearly marked "TODAY" is the key specified on the day mentioned above, the key 8 marked "YEAR" is the total key specified, and the key marked "Various grades". Reference numeral 9 is a score calling key, and key 11 clearly marked as "score calendar" is the above-mentioned score calendar key.

The character / number key group 5 described above is arranged below the keyboard unit 1. The character / number key group 5 is arranged in a matrix of 7 rows and 5 columns, and in addition to A, B, C, D ... Z represented on each key, 0 to 9 used in combination with the latter half of these alphabets are used. It is composed of the numeric keys, the operation code as a desk calculator, and the keys that clearly indicate the memory operation function. Although not shown in the figure, a specific hiragana character is routinely specified next to the alphabetical notation on the alphabetic key (and the key that also serves as a numeral). Above the character / number key group 5, a hiragana designation key 14, a katakana designation key 15, an alphabetic designation key 16 and a lower case designation key 17 are arranged. Further, a cursor movement key row 18, a page feed key row 19, a clear key row 20 and the like are arranged between these keys 14, 15, 16 and 17 and the score call key 9 and the score calendar key 11. There is. An input key 21 and a completion key 22 are provided below the character / number key group 5, that is, at the lower end of the keyboard portion 1 in the casing 13.

The procedure for inputting the score of the day using the electronic notebook structure as shown in FIG. 2 is as follows. First, the input key 21 is pressed, then the current day designation key 6 is pressed, and then the date is input by the numeric key (numerical key) in the key group 5. For example, if it is March 20, 1993, the 6-digit “930320” is input. Next, the golf course name is input mainly in the kana mode using the alphabet keys in the key arrangement 5. In addition, the weather, temperature, etc. can be entered in front of the golf course name if necessary. When the golf course name is entered in this manner, the display panel 4a displays visible fields for all nine holes having an itemized total column as shown in FIG. Initially, the cursor is at the "PAR" position of hole number 1, and if this hole is a long hole, for example, press the "5" key, which causes the cursor to move down one line to the ST (stroke) position. The player who moves and holes out the first hole with 5 strokes hits 5 here, and the cursor moves down one step to the PAT position, and the number of putts in 5 hits, such as 2, is hit. As a result, the cursor moves to the PAR position in the next row (hole 2), and the player can sequentially key in the same procedure. In this way, when each item up to the 9th hole is input, the total number of each item at this stage is calculated and displayed.

By pressing the next page key (down arrow) of the pagination key 19, the display panel 4a displays holes 10 to 18 as shown in FIG. 4 and a total column of those holes. And a visible field with a total column (total OUT / IN) from hole 1 to hole 18 is displayed, and the player completes and displays the total and total for each item in the same manner as above, and then the completion key 22 Press to calculate and keep records of various achievements.

The results of the day can be listed in the list along with the abbreviations used in the display. The total number of strokes TSTR (N) on that day (total N-th play), the total number of putts TPAT (N) on that day, and the day The average number of strokes ASTR (N), the average number of putts APAT (N) on that day, and the number of achievements by grade such as holeouts on that day. In this case, the former four calculate the sum of the number of strokes and the number of putts and their average value, that is, the value divided by the number of holes 18, which are simply calculated by the processor 2.

[0015] The number of hole-outs is as follows: Hall-in-one HLJ (N), Albatros ARB (N), Eagle EAG (N), Birdie BAR (N), Par PAR (N), Bogey BOG (N), Double Bogey DBOG. (N), triple bogey TBOG (N), and more than HOKAA (N), if the processor is hole-in-one, check the number of hole-outs on stroke 1 of the day, and if it is 0, HLJ (N) = The result is 00, and the number of strokes for Albatros is -3, and if it is once, the result is ARB (N) = 01. For Eagle, the stroke is 2 for per play. Check the number of times that it occurred, and for example, give a result of EAG (N) = 01. Check the number of strokes per play number -1 and, for example, give the result BAR (N) = 02. For par, check the number of strokes equal to the number per play, for example PAR (N) = 10. Give out. Below, check the number of times that bogey B OG (N), double bogey DB OG (N), triple bogey TB OG (N) and the number of sequential per play plus 1, 2, 3 and for all other cases, the number of per play Check the number of times that is equal to or greater than the value obtained by adding 4 to and output the result.

When the results of the day are calculated as described above, these are added to the past total data and the average value is calculated. In other words, the total data is the total number of strokes ATSTR (N), the total number of putts ATPAT (N), and the number of hole-outs achieved by class, which is simply the sum of the corresponding data on the day. , Average stroke ATSTR (N) and average number of putts ATPAT (N) are calculated as values obtained by dividing former ATSTR (N) and ATPAT (N) by N. The total hole out grades are: Hall in One AHLJ (N), Albatros AARB (N), Eagle AEAG (N), Birdie ABAR (N), Per APAR (N), Bogey ABOG (N), Double Bogey ADBOG. (N), triple bogey ATBO G (N), and more than AHOKAAA (N). Further, the highest record score and the lowest record score are calculated every time (for each game) as one mode of the total result. This is the highest score. If TSTR (N) -BEST <0, BEST = TSTR (N) That is, the current day score is determined to be the highest ever score. However, BEST is the highest score ever until data is obtained on the day. Therefore, when the above equation is not satisfied, BEST = TSTR (N-1) is set. Similarly, the lowest record score is: WSTR = TSTR (N) if TSTR (N) -WORST> 0, that is, the score of the day is determined as the lowest record score, and WRST = TSTR (N- in other cases. 1). However, WORST is the lowest score in the past until data is obtained on the day.

When the player wants to refer to various results on the day, he / she simultaneously presses the day designation key 6 and various performance keys 9. In this way, all the results of the day described above will be displayed on the display panel 4a, and if you want to refer to the past total results, you can press the total selection key 8 and various performance keys 9 All grades are displayed.

When the player wants to grasp the rough transition of his or her own score, he presses the score calendar key 11. As a result, a score calendar as shown in FIG. 5 is displayed on the display panel 4a. For example, as shown in Fig. 5, this calendar consists of a date column 23 on the left, a golf course name column 24 in the middle, and a score column 25 on the right, but if necessary, the weather, temperature, etc. of the day are displayed. You can also do it. That is, when the score calendar 11 is pressed, the processor 2 extracts the above-mentioned three columns of data from the daily basic data and the result table stored in the memory 3, and displays them on the display panel 4a. On this calendar screen, the cursor is at the earliest stored date position. If you move this cursor to the desired date field and press the grade call key 9 at this position, first, as shown in FIG. The basic data from the 1st to 9th holes are displayed, and further, by pressing the next page key 19, the basic data from the 10th to 18th holes as shown in FIG. Then, when the next page key is pressed, the result table of the day, that is, the sum and average of the number of strokes and putts, and the number of hole outs classified by grade are sequentially displayed.

In addition, the daily results in the day, total and calendar modes may be displayed in two or three columns at a time, and all the results may be displayed at one time. For example, data regarding the number of strokes and the number of putts and the holeout may be displayed. Of the number of times classified by number, the number of strokes may be divided into three levels: par and above, below and below bogey, and the maximum and minimum stroke counts in total, and the pages may be displayed separately.

[0020]

[Effect of device]

 As described above, according to the present invention, the basic data is registered and necessary calculation and recording are performed only by pressing a key with a finger on the electronic notebook of the present invention which the player has after hole-out, and further, if necessary. According to the present invention, it is possible to call out various achievements and changes in the past play, and to provide a golf score means that is convenient and has high utility value.

[Brief description of drawings]

FIG. 1 is a functional block diagram of a golf score electronic notebook equipped in a notebook-type casing.

FIG. 2 is a view showing a front surface of a casing of an electronic notebook for golf.

FIG. 3 is a view showing a first half of a visible field for entering basic data displayed on a display panel of the electronic notebook of the present invention.

FIG. 4 is a diagram showing the latter half of the same visible field.

FIG. 5 is a diagram showing an example of a score calendar displayed on the display panel of the present invention.

FIG. 6 is a diagram showing basic data of a desired day to be displayed subsequent to the score calendar of FIG.

[Explanation of symbols]

 7 Data input key sequence 10 Call results and designated key sequence

Claims (3)

[Scope of utility model registration request] 1. A notebook type casing is provided, and for a) inputting basic data consisting of at least date, golf course name, and per play number, stroke number and putt number for each hole on the course specified by these. The data input key row, the grade call and designated key row for calling the current day or total grade table, and the score calendar key for calling the array of scores by date, and the keyboard part provided on the front of the casing. B) A visible field having a total column for each item for writing basic data entry for each hole by the input key sequence, a grade table called by the grade call and designated key sequence, and the score Provided on the front of the casing to display the score calendar called by the calendar key A display unit that, c) the report card numbers total stroke of the day and total constituting the content of total number of putts, number average stroke Putting Average,
And the function to calculate the number of achievements by the number of hole outs by class, and extract all strokes on the day with the best performance and the worst day up to now and use these as the maximum stroke count and the minimum stroke count, respectively. The function to incorporate the total number of strokes and the total number of putts on the day of calculation into the corresponding item in the total column of the visible field filled with the basic data, and the date, golf course name and the day A processor housed in the casing, which has a function of extracting the total number of strokes of each of the strokes and arranging them in order of date, and d) the latest state of the writing field and the calculated current day and total With a memory housed in the casing to store the gradebook and score calendar An electronic notebook for golf scores, which is characterized in that 2. The keyboard unit further has a moving key for a display cursor for designating a writing position in a visible field displayed on the display unit and a reading position in a score calendar, whereby the score is displayed. By setting the cursor to the desired date position when the calendar is displayed and pressing the grade call key,
The electronic notebook according to claim 1, characterized in that a gradebook of the desired date is displayed. 3. The visible field, which has been filled in the basic data and has also been written in the total column, is sequentially written in the memory as a basic data table by the processor, whereby when the score calendar is displayed. The electronic notebook according to claim 2, wherein the basic data table and the grade table of the desired date are sequentially displayed by setting the cursor to a desired date position and pressing a grade call key. .