KR200438323Y1 - Watch apparatus with a study time output function - Google Patents

Abstract

The present invention relates to a clock device having a learning time check function, has a basic time output function, and has buttons for starting and stopping learning, and progressing learning, and displaying a separate memory and daily learning duration time and cumulative learning. It is an object of the present invention to provide a clock device having a very convenient learning time checking function because the user can easily know the daily learning time and the total cumulative learning time by performing the time display.

By applying the present invention, it is easy to see whether the learner has filled the learning target time or the target time by looking at the cumulative time of one day, and it is easier to achieve the learning target time by inspiring the effort to reach the target time. In addition, since it is a means for displaying the accumulated cumulative learning time continuously even after the date, there is an advantage that it is convenient because it can set the learning time target of weekly, monthly, yearly.

Description

WATCH APPARATUS WITH A STUDY TIME OUTPUT FUNCTION}

Figure 1 is a perspective view showing the appearance of the clock device with a learning time confirmation function according to an embodiment of the present invention,

2 is a block diagram showing a circuit configuration of a clock device having a learning time checking function according to an embodiment of the present invention;

3 is a flowchart illustrating a signal flow of a clock device having a learning time checking function according to an embodiment of the present invention;

4 is a block diagram showing a circuit configuration of a clock device having a learning time checking function according to another embodiment of the present invention;

5 is a flowchart illustrating a signal flow of a clock device having a learning time checking function according to another embodiment of the present invention.

* Explanation of symbols for main parts of drawings *

10: 1 day duration display, 12: accumulated time display,

14: input button, 20: clock circuit,

22: needle drive, 24, 26, 34: display drive,

28,28 ': memory, 30,30': control unit,

32: target time display section, 36: sound output section.

The present invention relates to a clock device having a learning time check function, and has a basic time output function in detail, and has buttons for starting and stopping learning and progressing learning, and displaying a separate memory and a daily learning duration. And a cumulative learning time display so that a user can easily know the daily learning time and the total cumulative learning time, and the present invention relates to a clock device having a very convenient learning time checking function.

As is well known, it is difficult to achieve the target time of learning while thinking only of the target time in the head. In particular, the age group to be learned is a major period of adolescence, so it is very difficult to achieve a certain learning goal because it is a period before the establishment of their own values and wills.

Therefore, methods for achieving the target time of learning by encouraging one's will by mobilizing all kinds of methods are being talked about among young people, but a watch having a function of checking the learning time has not been released.

Therefore, the learner sets a target time for continuing learning for 1 hour, 30 minutes, 2 hours, etc. by himself / herself, and when the time of the short-term learning goal is completed, takes a break for a while and comes back to learning.

However, this method also often takes time regardless of learning in the middle of learning, so it is not only difficult for the learner to determine how much time the learning lasted, and the total daily learning amount is calculated separately. It's complicated to do, so roughly calculate how much you've learned.

In addition, in the case of a learner who has set a learning goal time for one month or one year, it is necessary to separately record and accumulate the study time every day in a separate memo or a notebook, so that it takes time to accumulate time. Since these tasks are accumulated by the learner, they are very inconvenient because the time calculation is often wrong.

The present invention has been made in view of the above-described circumstances of the prior art, and has a basic time output function, and includes buttons for starting and stopping learning and progressing learning, and displaying a separate memory and daily learning duration time and cumulative learning. It is an object of the present invention to provide a clock device having a very convenient learning time checking function because the user can easily know the daily learning time and the total cumulative learning time by performing the time display.

Another object of the present invention is to set a daily target time separately, and to accumulate the learning duration by key operation to output a melody when the target time arrives to encourage continuous learning for the target time. The purpose is to provide a clock with a learning time check function.

In order to achieve the above object, according to a preferred embodiment of the present invention, in the general clock device for displaying seconds, minutes, hours, is configured on the side of the clock device, by generating a time accumulation command, the daily learning duration And an input button 14 for generating start, stop, and restart command signals for the cumulative operation of the total learning accumulation time; It is provided on the front of the clock device, consisting of a 7-segment LED module, the display unit (10, 12) for displaying the daily learning duration and the total learning accumulated time; Display drivers 24 and 26 for driving the display units 10 and 12; While there is a built-in digital timer (not shown) or mechanical type of spring inside, cumulative calculation of time in the unit of second, minute, time, and date, and the time information and date information by the controller 30 to be described later. Clock circuit 20 for transmitting the; A needle driver 22 for rotating and driving the second, minute, and hour hands by the control signal of the clock circuit 20; A memory 28 for storing daily learning duration time information and learning accumulation time information, and storing display information for displaying the accumulated time on the display units 10 and 12; In the state of continuously receiving the time information and the date information from the clock circuit 20, the instruction time accumulated start command, stop command, and restart command signal are respectively received from the input button 14, and by the command signal. Control unit for controlling the display driver (24, 26) by performing a time cumulative process to output the daily learning cumulative information and the total cumulative information through the display, and to reset the daily learning cumulative time information according to the date change It is provided with a clock device having a learning time check function, characterized in that consisting of (30).

Preferably, the total learning cumulative time displayed on the display unit 12 is provided with a clock device having a learning time check function, characterized in that displayed in any one of a minute unit, a time unit, or a date unit.

Preferably, the control unit 30 does not receive the date information from the clock circuit 20, it is also possible to reset the display of the daily learning duration time by a manual operation signal, characterized in that the learning time check function A clock device is provided.

On the other hand, the present invention is a general clock device for displaying seconds, minutes, hours, is configured on the side of the clock device, by setting the target time input and time accumulation command to set the target time, 1 day learning duration and total learning An input button 14 for generating a start, stop, and restart command signal of the cumulative operation of the accumulated time; A display unit (10, 12, 32) provided on the front of the clock device and configured as a 7-segment LED module for displaying a target time, daily learning duration, and total learning accumulation time; Display driving units (24, 26, 34) for driving the display units (10, 12, 32); While there is a built-in digital timer (not shown) or mechanical type of spring inside, cumulative calculation of time in seconds, minutes, hours, and dates is performed. A clock circuit 20 for transmitting information; A needle driver 22 for rotating and driving the second, minute, and hour hands by the control signal of the clock circuit 20; A sound output unit 36 for outputting a melody according to the arrival of the target time; An audio output driver 38 for driving the audio output unit 36; To store the target time information applied from the input button, the daily learning duration time information, and the accumulated learning time information, and to store display information for displaying the target time and the accumulated time through the display units 10, 12, and 32. A memory 28 '; In the state of continuously receiving time information and date information from the clock circuit 20, a target time, a learning time accumulation start command and a stop command, and a restart command signal are respectively received from the input button 14, and the command is received. The target time is displayed according to a signal, and the display driving units 24, 26, and 34 are controlled by performing time accumulation processing to output daily learning accumulation information and all accumulation information through the display unit, and the day is changed according to the date change. Provides a clock device having a learning time checking function, comprising: a control unit 30 'for resetting learning accumulated time information and determining whether a target time is reached and controlling a melody to be output through the sound output unit 36. do.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the drawings.

Figure 1 is a perspective view showing the appearance of the clock device with a learning time confirmation function according to an embodiment of the present invention.

Referring to this, the clock device 2 having a learning time checking function according to an embodiment of the present invention has a basic time output function, and includes buttons for starting and stopping learning and progressing learning, and a separate memory and It is a clock device with very high convenience because the user can easily know the daily learning time and the total accumulated learning time by performing the daily learning duration display and the cumulative learning time display.

Clock device 2 having a learning time checking function according to an embodiment of the present invention is provided with a frame 4 of a circular or rectangular shape inserted into the display panel 6 therein, the image / The watch band 16 is connected to the lower part, respectively. In addition, a clock hand 8 is fixed at the center of the display panel 6, and a daily learning duration display unit 10 is displayed on the upper and lower portions of the display panel 6 to accumulate the daily learning duration. And a learning accumulation time display unit 12 for displaying the total learning accumulation time.

In addition, one side predetermined portion of the frame 4 is provided with input buttons 14 for selecting and inputting learning start, learning middle, and learning progress (restart), respectively.

The clock device 2 having a learning time checking function according to an embodiment of the present invention operates the input button 14 at the start of learning to generate a time accumulation command to generate the one-day learning duration display unit 10, The learning time is accumulated in the learning accumulation time display unit 12, and the accumulation of the learning time may be paused by operating the input button 14, and the accumulation of the learning time is again performed by operating the input button 14. You can start it.

Through this, the learner can easily know whether the filling of the learning target time or less than the target time by looking at the cumulative time of the day, and can inspire the effort to reach the target time, making it easier to achieve the learning target time.

In addition, the learning cumulative time display unit 12 is a means for displaying a cumulative learning cumulative time that is continuously accumulated even after the date, it is convenient to set the learning time target of weekly, monthly, yearly.

2 is a block diagram illustrating a circuit configuration of a clock device having a learning time checking function according to an embodiment of the present invention.

Referring to this, the clock device 2 having a learning time checking function according to an embodiment of the present invention includes an input button 14 and a daily learning duration time display unit 10 and a learning accumulation time display unit 12. It consists of the driver part 24 and 26, the memory 28, the clock circuit 20, the needle drive part 22, and the control part 30. As shown in FIG.

The input button 14 is a learning start button 14a for generating a command signal to accumulate the learning time on the one-day learning duration display unit 10 and the learning accumulation time display unit 12 by generating a time accumulation command; ; A learning stop button 14b for generating a pause command signal to accumulate learning time; It consists of a learning progress button 14c for generating a command signal to restart the accumulation of learning time again.

The one-day learning duration display unit 10 and the learning accumulation time display unit 12 are constituted by a 7-segment LED module, and are means for displaying the one-day learning duration and the total learning accumulation time. Display driving units 24 and 26 are provided for driving the duration display unit 10 and the learning accumulation time display unit 12, respectively.

The clock circuit 20 is a well-known circuit that accumulates time in seconds, minutes, hours, and dates while a digital timer (not shown) or a mechanical spring is embedded therein. The controller 30 transmits time information and date information. The needle driver 22 is a known means for rotationally driving the second hand, minute hand, hourly second hand, minute hand, and hour hand by a control signal of the clock circuit 20.

The memory 28 is a means for storing daily learning duration time information and learning accumulation time information, and storing display information for displaying the accumulated time through the display units 10 and 12.

The controller 30 receives a learning time accumulation start command, a stop command, and a restart command signal from the input button 14 while receiving time information and date information continuously from the clock circuit 20. By performing the time accumulation process according to the command signal, the display driver 24 and 26 are controlled to output the daily learning accumulated information and the total accumulated information through the display unit, and the daily accumulated learning time information is changed according to the date change. Means for controlling to reset.

At this time, the clock device 2 having the learning time checking function according to an embodiment of the present invention does not receive date information from the clock circuit 20, and manually operates the one-day learning duration display unit 10. It is also possible to reset the.

With reference to the accompanying drawings, the function and operation of the clock device having a learning time confirmation function according to an embodiment of the present invention of the above configuration will be described in detail.

3 is a flowchart illustrating a signal flow of a clock device having a learning time checking function according to an embodiment of the present invention.

First, when the control unit 30 continuously receives time information and date information from the clock circuit 20 and receives a learning time accumulation start command signal from the learning start button 14a, the control unit 30 ) Receives time change information from the clock circuit 20 and accumulates the accumulated time in the memory 28 and outputs the accumulated time through the daily learning duration time display unit 10 and the learning accumulation time display unit 12. .

In this state, the controller 30 determines whether the learning stop signal is applied from the learning stop button 14b, and when the stop signal is applied, stops the time accumulated in the memory 28, and the 1 The cumulative time output through the one learning duration display unit 10 and the learning accumulation time display unit 12 is stopped.

In addition, the controller 30 determines whether the learning restart signal is applied from the learning progress button 14c and, if the restart signal is applied, receives time change information from the clock circuit 20 again. While accumulating in the memory 28, the accumulated time is output through the daily learning duration time display unit 10 and the learning accumulation time display unit 12.

In addition, the controller 30 determines whether the date change signal is applied from the clock circuit 20, and if the date change signal is applied, resets the daily learning accumulated time information to display the daily learning duration time display unit ( Set the time output to 10) to zero.

Hereinafter, another embodiment of the present invention will be described in detail with reference to the drawings.

4 is a block diagram illustrating a circuit configuration of a clock device having a learning time checking function according to another embodiment of the present invention.

Referring to this, the clock device having a learning time checking function according to another embodiment of the present invention separately sets the target time for one day, and calculates the learning duration by key operation to output the melody when the target time arrives. It is a clock device that encourages continuous learning for the target time.

That is, the clock device having a learning time checking function according to another embodiment of the present invention allows the learner to directly set the target time more clearly than the embodiment, and continuously checks whether the target time is reached by reaching the target time. In one case, the melody is output to inform the learner of the target time achievement information.

To this end, a clock device having a learning time checking function according to another embodiment of the present invention has an input button 14, a target time display unit 32, a daily learning duration display unit 10, and learning accumulation therein. Time display section 12, display drivers 24, 26, 34, sound output section 36 and sound output driver 38, memory 28 ', clock circuit 20 and needle driver 22, control unit ( 30 ').

The input button 14 is a learning start button 14a for generating a command signal to accumulate the learning time on the one-day learning duration display unit 10 and the learning accumulation time display unit 12 by generating a time accumulation command; ; A learning stop button 14b for generating a pause command signal to accumulate learning time; A learning progress button 14c for generating a command signal for restarting accumulation of learning time again; It consists of a target time input button 14d for inputting a target time before starting learning.

The one-day learning duration time display unit 10, the learning cumulative time display unit 12, and the target time display unit 32 are composed of 7-segment LED modules, and the target time, the daily study duration and the total learning accumulated time As a means for displaying, display driving units 24, 26, 34 for driving the daily learning duration time display section 10, the learning accumulation time display section 12, and the target time display section 32 are provided.

The clock circuit 20 is a well-known circuit that accumulates time in seconds, minutes, hours, and dates while a digital timer (not shown) or a mechanical spring is embedded therein. The controller 30 'transmits time information and date information. The needle driver 22 is a known means for rotationally driving the second hand, minute hand, hourly second hand, minute hand, and hour hand by a control signal of the clock circuit 20.

The memory 28 ′ stores target time information, daily learning duration time information, and learning accumulation time information, and stores display information for displaying the target time and accumulated time through the display units 10, 12, and 32. It is a means for.

The sound output unit 36 is a means for outputting a melody according to the arrival of a target time, and the sound output driver 38 is a means for driving the sound output unit 36.

The controller 30 ′ continuously receives the time information and the date information from the clock circuit 20, and generates a target time, a learning time accumulation start command and a stop command, and a restart command signal from the input button 14. Are respectively received, the target time is displayed by the command signal, and the display driver 24, 26, 34 is controlled by performing time accumulation processing to display the target time, daily learning accumulation information, and total accumulation information through the display unit. It outputs, and controls to reset the daily learning cumulative time information according to whether or not the date change, and determines whether the target time has arrived to control the output of the melody through the sound output unit 36 when the target time arrives.

With reference to the accompanying drawings, the function and operation of the clock device having a learning time confirmation function according to another embodiment of the present invention of the above configuration will be described in detail.

5 is a flowchart illustrating a signal flow of a clock device having a learning time checking function according to another embodiment of the present invention.

First, when time is input from the target time input button 14d while the controller 30 'continuously receives time information and date information from the clock circuit 20, the controller 30' The target time is stored in the memory 28 'and the target time display unit 32 is driven to output the target time.

In this state, when the learning time accumulation start command signal is applied from the learning start button 14a, the control unit 30 'receives time change information from the clock circuit 20 and transmits the time change information to the memory 28'. While accumulating, the accumulated time is output through the one-day learning duration time display unit 10 and the learning accumulation time display unit 12.

In this state, the controller 30 'determines whether the learning stop signal is applied from the learning stop button 14b. If the learning stop signal is not applied, the controller 30' determines whether the target time has arrived. If it is determined whether or not the target time arrives, the melody is output by driving the sound output unit 36.

If the stop signal is applied, the time accumulated in the memory 28 'is stopped and the accumulated time output through the daily learning duration time display unit 10 and the learning accumulation time display unit 12 is stopped. .

The controller 30 ′ determines whether the learning re-start signal is applied from the learning progress button 14c, and if the re-start signal is applied, applies the time change information from the clock circuit 20 again. The cumulative time is accumulated in the memory 28 'and outputted through the daily learning duration time display unit 10 and the learning accumulation time display unit 12.

In addition, the controller 30 ′ determines whether the date change signal is applied from the clock circuit 20, and if the date change signal is applied, resets the daily learning accumulated time information to display the daily learning duration time display unit. Set the time output to (10) to zero.

On the other hand, the clock device having a learning time confirmation function according to an embodiment of the present invention is not limited to the above embodiments, but various modifications can be made without departing from the technical gist of the present invention.

As described above, the clock device having a learning time check function according to the present invention can be easily seen by looking at the cumulative time of the day whether the learner has filled the learning target time or the target time, and makes efforts to reach the target time. Because it can inspire, it becomes easier to achieve the learning goal time, and it is a means to display accumulated learning time that continues to accumulate even after a date. There is an advantage.

Claims (4)

In a general clock device that displays seconds, minutes, and hours, An input button (14) configured on the side of the clock device for generating a time accumulation command to generate a start, stop, and restart command signal of a daily learning duration and a total learning accumulation time; It is provided on the front of the clock device, consisting of a 7-segment LED module, the display unit (10, 12) for displaying the daily learning duration and the total learning accumulated time; Display drivers 24 and 26 for driving the display units 10 and 12; While there is a built-in digital timer (not shown) or mechanical type of spring inside, cumulative calculation of time in the unit of second, minute, time, and date, and the time information and date information by the controller 30 to be described later. Clock circuit 20 for transmitting the; A needle driver 22 for rotating and driving the second, minute, and hour hands by the control signal of the clock circuit 20; A memory 28 for storing daily learning duration time information and learning accumulation time information, and storing display information for displaying the accumulated time on the display units 10 and 12; In the state of continuously receiving the time information and the date information from the clock circuit 20, the instruction time accumulated start command, stop command, and restart command signal are respectively received from the input button 14, and by the command signal. Control unit for controlling the display driver (24, 26) by performing a time cumulative process to output the daily learning cumulative information and the total cumulative information through the display, and to reset the daily learning cumulative time information according to the date change Clock device with a learning time check function, characterized in that consisting of (30). The clock apparatus according to claim 1, wherein the total learning accumulated time displayed on the display unit is displayed in one of minute units, time units, or date units. 2. The learning method according to claim 1, wherein the control part (30) can reset the display of the daily learning duration time by a manual operation signal without receiving date information from the clock circuit (20). Clock device with time checking. In a general clock device that displays seconds, minutes, and hours, Is configured on the side of the clock device, the input for generating a target time input and time accumulation command to generate a command time setting, the start of one day learning duration and the cumulative operation of the total learning accumulation time, stop, restart command signal A button 14; A display unit (10, 12, 32) provided on the front of the clock device and configured as a 7-segment LED module for displaying a target time, daily learning duration, and total learning accumulation time; Display driving units (24, 26, 34) for driving the display units (10, 12, 32); While there is a built-in digital timer (not shown) or mechanical type of spring inside, cumulative calculation of time in seconds, minutes, hours, and dates is performed. A clock circuit 20 for transmitting information; A needle driver 22 for rotating and driving the second, minute, and hour hands by the control signal of the clock circuit 20; A sound output unit 36 for outputting a melody according to the arrival of the target time; An audio output driver 38 for driving the audio output unit 36; To store the target time information applied from the input button, the daily learning duration time information, and the accumulated learning time information, and to store display information for displaying the target time and the accumulated time through the display units 10, 12, and 32. A memory 28 '; In the state of continuously receiving time information and date information from the clock circuit 20, a target time, a learning time accumulation start command and a stop command, and a restart command signal are respectively received from the input button 14, and the command is received. The target time is displayed according to a signal, and the display driving units 24, 26, and 34 are controlled by performing time accumulation processing to output daily learning accumulation information and all accumulation information through the display unit, and the day is changed according to the date change. Resetting the learning accumulated time information, the clock device having a learning time confirmation function, characterized in that configured to control the output of the melody through the sound output unit 36 to determine whether the target time has arrived.

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