JP4253290B2 - Time measuring program and time measuring apparatus - Google Patents

Description

  The present invention relates to a time measurement program and a time measurement device for measuring the work time required for each measurement object when two or more measurement objects start work simultaneously and individually finish the work. It is about.

In recent years, schools have been educating students to improve their computing skills by letting students solve computing problems all at once and compete for speed. In that case, the teacher had a stopwatch, and the teacher read out the display time of the stopwatch for the students who had finished solving, thereby measuring each student's time required for the calculation. In addition, even when many long-distance athletes started at the same time and finished individually, the coach also measured the time required for each run by reading the display time on the stopwatch. . For example, as a stopwatch used in the latter athletics, for example, the one of Patent Document 1 is known.
JP-A-8-184585

  However, in the measurement method as described above, it is easy to make a mistake in order to read out the display time that changes every moment. In addition, the read-out time tends to be ambiguous because the student or the player himself must remember it or write it down by a third party. Moreover, since it is necessary to declare all measurement times and arrange them in order in order to set the order, it is troublesome and tends to be inaccurate.

  The present invention provides a time measurement program and a time which can easily and accurately measure the work time required for each of the measurement objects when two or more measurement objects start work simultaneously and individually finish the work. The object is to provide a measuring device.

In the invention according to claim 1, in the case where two or more measurement objects start work at the same time and individually finish the work, in order to measure the work time required for each measurement object, a computer is provided. A time measurement program that functions as a specific means, and when the specific means receives an operation start input from the input means, the time measurement means starts measuring the time and continues to measure the elapsed time. When the time measured by the elapsed time measuring unit, to be displayed on the output unit, an elapsed time display means, each receiving an input operation end from the input means obtains the reception order of the input, acquiring the time from operation start to the input point, as the measurement target work time required to obtain from the elapsed time measuring means, and work time obtaining unit, by the working time acquiring means The the operation time, side by side in the order of acceptance, in order from the top in the entire display area consisting of five columns and four rows from left to right and each row to the row below, to be displayed on said output unit, a first operation time display means And the current reception order and work time just acquired by the work time acquisition means, and the reception order and work time acquired immediately before, the former being larger than the latter and the former to the left The latter includes the second work time display means arranged on the right and displayed on the output means separately from the display by the first work time display means .

The invention according to claim 2 is a specific means for measuring the work time required for each of the measurement objects when two or more measurement objects start work simultaneously and individually finish the work. with a, a time measuring device, the specific means receives an input of operation start from the input unit continues to measure the elapsed time by starting the measurement of time, and elapsed time measuring means, the the time measured by the elapsed time measuring unit, to be displayed on the output unit, an elapsed time display means, each receiving an input operation end from the input means obtains the reception order of the input, from the operation start the time until the input point, as the measurement target work time required to obtain from the elapsed time measuring means, and work time acquiring unit, the operation time acquired by the working time acquiring means, arranged in order of reception And from left to right in each row to be displayed on said output unit, a first operation time display unit, acquired by the working time acquiring unit from the top in the entire display area consisting of five columns and four rows to the line below The current reception order and work time that has just been obtained and the reception order and work time that were acquired immediately before the former are arranged in a larger size than the latter, the former is placed on the left and the latter on the right, and It is characterized by including second work time display means that is displayed on the output means in distinction from the display by the first work time display means .

According to a third aspect of the present invention, in the time measuring device according to the second aspect , the specific means can further obtain the measurement data including the reception order and the work time acquired for all measurement objects. Every time, it is obtained from the working time obtaining means and automatically stored in the storage means, and such measurement data is stored in the storage means by a predetermined number of two or more while being gradually updated. One storage control means.

According to a fourth aspect of the present invention, in the time measuring apparatus according to the third aspect , when the specific means further receives a call command from the input means, the first memory control means stores the call instruction in the storage means. This is data display means for calling up the measurement data and displaying it on the output means.

According to a fifth aspect of the present invention, in the time measuring device according to the second aspect , when the specific means further receives an input of a storage command from the input means, the reception order and work time acquired for all measurement objects. It is the 2nd storage control means which acquires the measurement data which consists of from working time acquisition means, and memorizes it in storage means.

According to a sixth aspect of the present invention, in the time measuring device according to the second aspect of the present invention, at least a work start input and an individual work end input are simply clicked on the mouse without aligning the pointer with a predetermined position. , What you want to do.

  According to the invention described in claim 1 or 2, when the start of work is input from the input means, the elapsed time measuring means starts measuring time and continues to measure the elapsed time, and the elapsed time display means The time measured by the elapsed time measuring means is displayed on the output means. Further, every time work end is input from the input means, the work time acquisition means acquires the input acceptance rank, and the time from the start of the work to the input time is set as the work time required by the measurement object. The first work time display means, which is obtained from the elapsed time measuring means, arranges the work times obtained by the work time obtaining means in the order of reception and displays them on the output means. Therefore, when two or more measurement objects start work at the same time and individually finish the work, the work time required for each measurement object can be measured easily and accurately.

In addition , it is possible to grasp at a glance how far the work has progressed in the entire measurement object, and the rank and work time of the measurement object that has completed the current work and the measurement object that has just completed the work are displayed. It can be grasped at a glance.

According to the third aspect of the present invention, since the latest predetermined number of measurement data is automatically stored in the storage means, forgetting to save the latest measurement data can be reliably prevented.

According to the invention described in claim 4 , since the latest predetermined number of measurement data can be arbitrarily selected and viewed, the measurement data can be utilized in the work.

According to the fifth aspect of the present invention, necessary measurement data can be reliably stored so as not to be automatically deleted.

According to the sixth aspect of the present invention, since measurement can be performed while looking away only by operating the mouse without adjusting the pointer to a predetermined position, measurement data can be obtained easily and reliably.

  The time measuring device and the time measuring program of the present invention are for measuring the work time required for each of the measurement objects when two or more measurement objects start work simultaneously and individually finish the work. Is. For example, there are the following examples. However, the present invention is not limited to the example.

(Example)
For example, when the measurement target is 30 students and the task is to solve 100 calculation problems, for example, and 30 students start solving the calculation problems at the same time and finish solving individually, each student calculates Measure the time taken to solve the problem.

  FIG. 1 is a block diagram of components of a time measuring device according to the present invention. The time measuring apparatus 10 includes a control unit 1, an input unit 2, an output unit 3, an elapsed time measurement unit 51, an elapsed time display unit 52, a work time acquisition unit 61, and a first work time display unit 62. And a storage unit 4, a second work time display unit 63, a first storage control unit 71, a second storage control unit 72, and a data display unit 81. I have. The time measurement program of the present invention is for causing a computer to function as each of these means, and is recorded in the storage means 4 and used.

  The time measuring program of the present invention can be distributed by being recorded on a computer-readable recording medium such as a flexible disk, a CD-ROM, a DVD-ROM, a magnetic tape, and a network disk. The time measurement program of the present invention can be placed not only on a stand-alone system but also on a server on a network such as a LAN or the Internet.

  FIG. 2 is a hardware configuration diagram of the time measuring apparatus of the present invention. The time measuring apparatus 10 is composed of a computer, and includes a mouse 91 and a keyboard 92 corresponding to the input means 2, a display 93 corresponding to the output means 3, a hard disk 94 corresponding to the storage means 4, and the control means 1. And a CPU 95 corresponding to the other means described above. Furthermore, the time measuring apparatus 10 also includes a drive 96 that drives the recording medium described above. As the input means 2, a pointing device other than the mouse 91, such as a trackball or a trackpad, may be used.

  In the hard disk 94, the time measurement program of the present invention is installed from the recording medium via the drive 96. The time measurement program of the present invention can be installed by downloading via a communication network such as the Internet.

  FIG. 3 shows a screen 100 immediately after startup displayed on the display 93 of the time measuring apparatus 10. The screen 100 includes an operation button area 110, a time area 120, an entire display area 130, a first individual display area 141, and a second individual display area 142. FIG. 4 shows the screen 100 after operation.

  Next, the operation of each means will be described.

  The control means 1 controls the operation of the entire computer.

  The input means 2 can input a start of work, an end of work of each measurement target, and a storage command and a call command. For example, when the operation button area 110 of the screen 100 is used, the input can be performed as follows. That is, the start button 111 is clicked to input the work start. When the start button 111 is clicked to start work, it changes to a lap button 112 as shown in FIG. To input the work end, the lap button 112 is clicked every time each measurement object finishes the work. To enter a storage command, click the save button 113. To input a call instruction, the call button 114 is clicked. Clicking is performed using the mouse 91 or the like. It is also possible to input using the keyboard 92. In that case, a start button, a lap button, a save button, and a call button can be input by pressing keys assigned respectively. Furthermore, the start of the work can be input by first moving the pointer of the mouse 91 away from the operation button area 110 and left-clicking first, and then the end of the work can be input each time the left-click is performed.

  When the elapsed time measuring means 51 receives the input of the work start from the input means 2, the elapsed time measuring means 51 starts measuring time and continues to measure the elapsed time. That is, for example, when the start button 111 is clicked, the elapsed time measuring unit 51 continues to measure the elapsed time since the click. Specifically, the elapsed time measuring means 51 can be constituted by, for example, an oscillation circuit, a frequency dividing circuit, and a time counting circuit. In that case, the oscillation circuit outputs the reference clock signal to the frequency dividing circuit. The frequency dividing circuit divides the input reference clock signal to a predetermined frequency and outputs the frequency to the time counting circuit. The time counting circuit counts the divided signals and outputs the minutes and seconds.

  The elapsed time display means 52 causes the output means 3 to display the time measured by the elapsed time measurement means 51. That is, the elapsed time display means 52 displays the elapsed time from the start of work in the time area 120 as shown in FIG. In the time area 120, minutes and seconds are displayed, and the seconds are displayed in units of 1/10 second.

  The work time acquisition unit 61 obtains the input reception order every time an input of the work end from the input unit 2 is received, and the time from the start of the work to the input time is the work time required by the measurement target. Is obtained from the elapsed time measuring means 51. That is, for example, every time the lap button 112 is clicked, the work time obtaining unit 61 obtains the reception order, and obtains the time from the work start to the click point from the elapsed time measuring unit 51.

  According to the work time acquisition means 61, for example, in the above example, when a student who first solved all the calculation problems appears, clicking the lap button 112 obtains the reception order number 1 and completes the solution. The elapsed time up to the time, that is, the time required to solve all the calculation problems, for example, 1 minute 05 seconds 6 is acquired from the elapsed time measuring means 51. Next, when a student who has solved all the calculation problems next appears, clicking on the lap button 112 obtains the reception order No. 2 and the time required to solve all the calculation problems, for example, 1 minute 22 seconds 9 is acquired from the elapsed time measuring means 51. In this way, each time each student finishes solving all the calculation problems, clicking the lap button 112 obtains the order of reception indicating how many times the student has solved, and the student can solve all the calculation problems. The time required is acquired.

  The first work time display unit 62 causes the output unit 3 to display the work times acquired by the work time acquisition unit 61 in the order of reception. That is, the first work time display means 62 displays the work time required for each measurement object in order in the overall display area 130.

  According to the first work time display means 62, for example, in the above example, “01: 05.6” is displayed in the first column 131 of the overall display area 130, and “01:22. 9 "is displayed.

  The second work time display means 63 displays the current reception order and work time just acquired by the work time acquisition means 61 and the reception order and work time acquired immediately before the first work time display means 62. This is displayed on the output means 3 in distinction from the display by.

  According to the second work time display means 63, for example, in the above example, the time taken by the student who has solved all the calculation problems third is 1 minute 25 seconds 4, and the time taken by the fourth student. If the student who has solved 5th is 1 minute 31 seconds 3 and has not yet been solved, the first individual display area 141 is “No. 4” which is the reception order of the student who has just solved all the calculation problems. "01: 31.3" is displayed, and in the second individual display area 142, "No. 3" which is the reception order of the students who have solved all the calculation problems immediately before and the work time “01: 25.4” is displayed. Then, when a student who has finished solving fifth appears, the display of the first individual display area 141 is updated to “No. 5” and its work time, and the display of the second individual display area 142 is “No. 4”. And “01: 31.3”.

  The first storage control means 71, the second storage control means 72, and the data display means 81 operate when a series of time measurement according to the present invention is completed at least once.

  The first storage control means 71 acquires from the work time acquisition means 61 the measurement data composed of the reception order and the work time acquired for all measurement objects from the work time acquisition means 61 every time the measurement data is obtained, and automatically stores it in the storage means 4. Such measurement data is stored in the storage means 4 by a predetermined number of two or more while being gradually updated.

  FIG. 5 is a diagram showing a configuration of the automatic update data storage unit 40 in the storage unit 4 controlled by the first storage control unit 71. Here, the predetermined number of measurement data stored in the storage means 4 is nine. In the present invention, the number is not limited to nine. According to the first memory control means 71, for example, in the above example, the ranks 1 to 30 obtained by solving all the calculation problems by all the 30 students and the work time in each of them are obtained. One measurement data is stored in the storage means 4. This measurement data is stored as “latest data” 41. Next, for example, by changing the calculation problem, changing the student, or changing nothing, the ranking and work time obtained in the same way are stored in the storage means 4 as another measurement data. The At this time, the measurement data is stored as “latest data” 41, and the measurement data stored as “latest data” 41 is stored as “previous data” 42. In this way, each time measurement data is obtained one after another, the obtained measurement data is stored as “latest data” 41, and the measurement data stored as “latest data” 41 is “previous data”. ”42, the measurement data stored as“ Previous data ”42 is stored as“ Previous data ”43, and similarly,“ Previous data ”43 to“ Seventh previous data ”are stored. The measurement data stored as “data of 48” is stored as “3rd previous data” 44 to “8th previous data” 49, and the measurement data stored as “8th previous data” 49. Data is deleted. That is, according to the first storage control means 71, every time new measurement data is obtained, nine measurement data are stored while being gradually updated, and the oldest measurement data is deleted. Therefore, the latest nine pieces of measurement data are always stored in the storage unit 4.

  When the second storage control unit 72 receives the input of the storage command from the input unit 2, the second storage control unit 72 receives the measurement data including the reception order and the operation time acquired for all the measurement objects, that is, one measurement data, as the operation time acquisition unit 61. And stored in the storage means 4.

  According to the second storage control means 72, when one measurement data is obtained, for example, when the save button 113 is clicked, a save dialog is displayed. By inputting a name, the measurement data is stored in the storage means 4 Is remembered.

  When the data display means 81 receives the input of the calling instruction from the input means 2, the data display means 81 calls the measurement data stored in the storage means 4 by the first storage control means 71 and displays it on the output means 3.

  According to the data display means 81, for example, in the above example, when the call button 114 is clicked, for example, a call dialog 90 as shown in FIG. 6 is displayed. The measurement data is called from the storage unit 4 and displayed on the output unit 3. For example, when it is desired to view the measurement data five times before, the “five previous” button 91 is clicked.

  Next, the operation of the time measurement program of the present invention, that is, the operation of the time measurement apparatus of the present invention will be described based on the flowchart shown in FIG.

  When the time measurement program is activated (step (hereinafter abbreviated as S) 1), the screen 100 shown in FIG. 3 is displayed on the display 93 (S2). Next, when the start button 111 is clicked (S3), the start button 111 changes to the lap button 112 (S4), and the elapsed time measuring means 51 starts to operate, thereby measuring the elapsed time (S5). ). At the same time, the elapsed time display means 52 starts to operate, thereby displaying the measured elapsed time in the time area 120 (S6).

  In S3, instead of clicking the start button 111, the pointer of the mouse 91 is moved away from the operation button area 110, that is, the left button of the mouse 91 is simply clicked without aligning the pointer with a predetermined position. Good.

  Next, every time a student who has solved all the calculation problems appears, the lap button 112 is clicked (S7). As a result, the work time acquisition means 61 is activated, whereby for each student, a reception order indicating how many times the student has been solved is acquired, and the work time required to complete the solution is elapsed time. Obtained from the measuring means 51 (S8). At the same time, the acquired work time is displayed in the overall display area 130 in the order of acceptance by the work time display means 62 (S9). At this time, it is determined whether or not the acceptance rank is No. 30, which is the total number of students (S10). If it is not No. 30, S7 to S9 are repeated. For example, in the above example, when a student who has solved all the calculation problems first appears, clicking the lap button 112 will obtain the reception order number 1 and the time required to solve all the calculation problems. A certain one minute 05 second 6 is acquired, and “01: 05.6” is displayed in the first column 131 of the entire display area 130 as shown in FIG. Next, when a student who has solved all the calculation problems next appears, clicking on the lap button 112 obtains the reception order number 2 and 1 minute 22 seconds, which is the time required to solve all the calculation problems 9 is acquired, and “01: 22.9” is displayed in the second column 132. Thus, each time a student who has solved all the calculation problems appears sequentially, when the lap button 112 is clicked, the time required to solve all the calculation problems of the students that have sequentially appeared is sequentially displayed in the entire display area 130. The

  In S7, instead of clicking the lap button 112, the pointer of the mouse 91 may be positioned outside the operation button area 110 and the left button of the mouse 91 may be clicked.

  When the order of acceptance reaches 30, the stop button 115 is clicked (S11). As a result, the operation of the elapsed time measuring means 51 is finished, a series of time measurement is finished (S12), and one measurement data consisting of the reception order and work time for all 30 students is obtained. It becomes. At the same time, the first storage control means 71 is operated, whereby one piece of obtained measurement data is automatically stored in the storage means 4 (S13). This measurement data is stored as “latest data”.

  In S11, instead of clicking the stop button 115, the pointer of the mouse 91 may be positioned outside the operation button area 110, and the right button of the mouse 91 may be kept pressed for a predetermined time, for example, 0.5 seconds or more.

  When the time measurement program is to be ended, the end button 116 is clicked (S14). Alternatively, to clear the screen 100 and perform another time measurement, the user clicks the clear button 117 or keeps pressing the right button of the mouse 91 for a predetermined time, for example, 0.5 seconds or more (S15). .

  During the operation from S3 to S11, buttons other than the two buttons, the lap button 112 and the stop button 115 in the operation button area 110, are not activated even when clicked. Thereby, the operation | movement which makes a measurement operation mistake can be prevented.

  As described above, in the above example, the time measurement program or the time measurement apparatus of the present invention is such that when 30 students start solving 100 calculation problems at the same time and finish solving each problem individually, The time (working time) required to solve the calculation problem can be measured individually by clicking the lap button 112, and the working time can be displayed on the display 93 in order from the students who have solved the problem quickly. it can. Therefore, it is possible to easily and surely perform calculation learning that is intended for a large number of students at the same time and that can make the students interested by obtaining calculation speed data of each student.

  That is, according to the time measurement program or the time measurement device of the present invention, when the work start is input from the input unit 2, the elapsed time measurement unit 51 starts measuring time and continues to measure the elapsed time. The time display means 52 causes the output means 3 to display the time measured by the elapsed time measurement means. Further, every time work completion is input from the input means 2, the work time acquisition means 61 acquires the input acceptance rank, and the time required from the start of the work to the input time is the work required by the measurement object. The time obtained from the elapsed time measuring means 51 as the time, and the first work time display means 62 arranges the work times obtained by the work time obtaining means 61 in the order of reception and displays them on the output means 3. Therefore, when two or more measurement objects simultaneously start work and finish work individually, the work time required for each measurement object can be measured and displayed easily and accurately.

  Furthermore, in the time measuring program or the time measuring apparatus of the present invention, the second work time display means 63 operates in parallel with the above-described S7 to S9, whereby the current reception just acquired by the work time acquisition means 61 is performed. The rank and work time are displayed in the first individual display area 141, and the reception rank and work time acquired immediately before are displayed in the second individual display area 142. For example, in the above example, when a student who has solved all the calculation problems fourth appears at the present time, “No. 4” and its work time “01: 31.3” are displayed in the first individual display area 141. The third individual display area 142 displays “No. 3” related to the student who has solved the third answer and “01: 25.4” as the work time. Next, when the fifth solved student appears, “No. 5” and its work time are displayed in the first individual display area 141, and “No. 4” and its work time are displayed in the second individual display area 142. Is displayed. Similarly, when the last 30th student finishes solving, “No. 30” and its work time are displayed in the first individual display area 141, and “No. 29” and its work time are the second. It is displayed in the individual display area 142.

  This makes it possible to grasp at a glance how much work has progressed in the entire student, and to grasp at a glance the rank and work time of the students who have finished solving them and the students who have just finished solving them. be able to.

  As described above, once a series of time measurement is finished, one measurement data consisting of the reception order and the work time for all measurement objects is obtained.

  When such time measurement is repeatedly performed with or without changing the measurement object and the work content, measurement data is obtained in the same manner as described above. In such a situation, in the time measurement program or the time measurement device of the present invention, the first storage control means 71 is operated, whereby one piece of measurement data currently obtained is referred to as “latest data” 41. The data is stored in the data storage unit 40 of the storage unit 4. At this time, if there is measurement data already stored as “latest data” 41, it is stored as “previous data” 42. Further, if there is already measured data stored as “previous data” 42, it is stored as “previous data” 43. Similarly, if there is already measured data stored as “second previous data” 43 to “seventh previous data” 48, it means that “third previous data” 44 to “eight previous data” are stored. "49" respectively. If there is measurement data already stored as “eight previous data” 49, it is deleted. When new measurement data is obtained in this way, the measurement data is stored in the storage means 4 as “latest data” 41, and the already stored measurement data is gradually updated and stored. At the same time, when the number of measurement data stored exceeds the predetermined number stored in the storage means 4, here nine, the oldest stored measurement data is deleted. The

  According to this, since the latest 9th measurement data is automatically stored in the storage means 4, it is possible to reliably prevent forgetting to save the latest measurement data.

  In the time measuring program or the time measuring apparatus according to the present invention, when the calling instruction from the input unit 2 is input, the data display unit 81 is operated, whereby the first storage control unit 71 stores the data in the storage unit 4. Arbitrary measurement data of the measured measurement data is selected, recalled and displayed on the output means 3. That is, for example, when the call button 114 is clicked, the data display means 81 is activated, whereby the call dialog 90 as shown in FIG. 6 is displayed. When the call button for the measurement data to be viewed is clicked, the measurement data is stored. Called from the means 4 and displayed on the display 93. For example, when the user wants to see the previous measurement data, the user clicks the “call previous data” button 92.

  According to this, since the latest 9th measurement data can be arbitrarily selected and viewed, the measurement data can be utilized for work.

  The obtained measurement data is automatically stored in the storage means 4 by the first storage control means 71, but is gradually updated and eventually deleted. Therefore, in order to save the measurement data so as not to be deleted, in the time measurement program or the time measurement device of the present invention, when the storage command from the input means 2 is input, the second storage control means 72 operates, thereby One piece of measurement data obtained as described above is acquired from the work time acquisition unit 61 and stored in the storage unit 4. That is, for example, when the save button 113 is clicked, a save dialog is displayed, and the measurement data is stored in the storage means 4 by inputting a name.

  According to this, necessary measurement data can be reliably stored so as not to be automatically deleted.

  In the above-described embodiment, the explanation has been given by solving the calculation problem as an example of the work. However, the work example is not limited to this. For example, a large number of long-distance athletes start at the same time. You can also mention when you want to score goals individually.

  Furthermore, the time measuring program and the time measuring device of the present invention can also operate as follows.

(1) When the print button 118 is clicked, the measurement data displayed on the screen 100 can be printed.

(2) The time measurement can be ended by pressing the stop button 115 during S7 to S9 or by pressing the right button of the mouse 91 for a predetermined time, for example, 0.5 seconds or more.

(3) When the work time of some measurement objects is not visible in the entire display area 130 on the display 93 because there are many measurement objects, the entire display area 130 is displayed by pressing the scroll button 119. Can see.

  In the present invention, when two or more measurement objects start work at the same time and individually finish the work, the work time required for each measurement object can be easily measured. It ’s big.

It is a block diagram of the component of the time measuring device of this invention. It is a hardware block diagram of the time measuring device of this invention. It is the screen immediately after starting displayed on the display of the time measuring device of this invention. It is the screen after the operation | movement displayed on the display of the time measuring device of this invention. It is a figure which shows the structure of the automatic update data storage part in the memory | storage means controlled by the 1st memory | storage control means of this invention. It is a figure which shows the calling dialog of this invention. It is a flowchart which shows the action | operation of this invention.

Explanation of symbols

2 Input means 3 Output means 4 Storage means 10 Time measuring device 51 Elapsed time measurement means 52 Elapsed time display means 61 Work time acquisition time 62 First work time display means 63 Second work time display means 71 First storage control means 72 First 2 Memory control means 81 Data display means

Claims (6)

When two or more measurement objects start work at the same time and individually finish the work, time for causing the computer to function as a specific means for measuring the work time required for each measurement object A measurement program,
The specific means is
An elapsed time measuring means that starts measuring time and continues to measure elapsed time upon receiving an input of work start from the input means;
An elapsed time display means for causing the output means to display the time measured by the elapsed time measuring means;
Each receiving a work end of an input from the input means obtains the reception order of the input, the time from operation start to the input point, as the working time in which the measurement target is required, the elapsed time measuring means Work time acquisition means acquired from
The work times acquired by the work time acquisition means are arranged in the order of acceptance , and are displayed on the output means in order from the top to the bottom row and from left to right in each row in the entire display area consisting of five columns and four rows . First working time display means;
The current reception order and work time just acquired by the work time acquisition means and the reception order and work time acquired immediately before the former are larger in size than the latter, and the former is set to the left. A second work time display means arranged on the right and displayed on the output means separately from the display by the first work time display means;
A time measurement program characterized by comprising: A time measuring device equipped with a specific means for measuring the work time required for each measurement object when two or more measurement objects start work at the same time and finish work individually. There,
The specific means is
An elapsed time measuring means that starts measuring time and continues to measure elapsed time upon receiving an input of work start from the input means;
An elapsed time display means for causing the output means to display the time measured by the elapsed time measuring means;
Each receiving a work end of an input from the input means obtains the reception order of the input, the time from operation start to the input point, as the working time in which the measurement target is required, the elapsed time measuring means Work time acquisition means acquired from
The work times acquired by the work time acquisition means are arranged in the order of acceptance , and are displayed on the output means in order from the top to the bottom row and from left to right in each row in the entire display area consisting of five columns and four rows . First working time display means;
The current reception order and work time just acquired by the work time acquisition means and the reception order and work time acquired immediately before the former are larger in size than the latter, and the former is set to the left. A second work time display means arranged on the right and displayed on the output means separately from the display by the first work time display means;
Time measuring apparatus characterized by containing the. The specific means further includes
The measurement data consisting been accepted order and work time acquisition for all measurement object, every time the measurement data is obtained, is obtained from the working time acquisition unit, there is to be automatically stored in the storage means, The time measuring device according to claim 2 , further comprising a first storage control unit that stores the measurement data in the storage unit by a predetermined number of two or more while gradually updating the measurement data. The specific means further includes
When receiving an input of a call instruction from the input means, said first memory control means the measurement data stored in the storage means by the to be displayed on said output unit to call includes data display means, the, The time measuring device according to claim 3 . The specific means further includes
When receiving an input of the storage instruction from the input means, the measurement data comprising a reception order and work time obtained for all measurement object, is obtained from the working time obtaining unit, is stored in the storage means, the The time measuring device according to claim 2 , further comprising two storage control means. 3. The time measuring apparatus according to claim 2 , wherein at least an operation start input and an individual operation end input are executed by simply clicking a mouse without aligning a pointer with a predetermined position.

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