KR102099081B1 - The Interval Apparatus Combined with Story - Google Patents

Abstract

In the present invention, the story (Story) combined time interval device, a plurality of rotating gear (301, 302, 303, 304, 601, 602); A rail 500 connected to and rotated by the plurality of rotating gears; Objects 401 and 701 connected to the rails to move linearly; A rotating device (100,603,605) for rotating a specific rotating gear (301,601) among the plurality of rotating gears; The rotating devices (100,603, 605) have a time interval device with a story (Story) characterized in that for controlling the flow and interval of time for each unit of the story.
In addition, the rotating device is a motor 100 or a manual winding device 603,605, and the linearly moving objects 401 and 701 recognize the time interval by encountering the fixed objects 402, 403, 404, 702 and 703.
In addition, when the linearly moving objects 401 and 701 meet with the fixed objects 402, 403, 404, 702 and 703, a sound is generated through an alarm device.

Description

Time Interval Device with Combined Story {The Interval Apparatus Combined with Story}

The present invention shows a time interval device in which a story is combined to recognize time a little more easily. To this end, a device for linearly moving the time interval is implemented, and the moving interval can be adjusted according to the time interval, and thus relates to a device for conveniently recognizing the concept of time.

Various methods have been proposed as utility models and patents to inform the concept of time to infants, toddlers, and people with difficult time perception. In particular, in order to recognize the hour hand, minute hand, and second hand, the rotating clock explains that the hour hand, minute hand, and second hand return to an organic relationship with each other, and a device for studying this has been proposed.

In the invention related to the teaching aid that teaches the concept of time, as a device for learning about changes in life patterns or changes in natural phenomena by time, especially for infants and toddlers who are studying the concept of time for the first time, [Utility Model 1] ] Has been proposed.

In [Utility Model 1], a number of model watches with hour and minute hands (reference numeral 20 in FIG. 1), a base plate (reference numeral 10 in FIG. 1), and a picture of the sun and moon over time (reference numeral 30 in FIG. 1) Through the placement, we proposed a teaching aid for infants and toddlers to learn the current state according to time (see Fig. 1).

In addition, in [Utility Model Document 2], a puzzle that can be detached and attached to a white board (reference numeral 20 in FIG. 2) next to a clock (reference numeral 10 in FIG. 2) in order to plan a user's time plan (Figure 2) A time-plan clock including reference number 30) was devised and proposed (see Fig. 2).

[Utility Model Document 1] Registered Utility Model Publication No. 20-0465044, Announcement Date 2013.01.24. [Utility model 2] Republic of Korea Utility Model Publication No. 20-2014-0002506, Publication date 2014.04.30.

In the present invention, in the case of a conventional rotary hour hand, minute hand, and second hand, or a display-type watch that displays numbers, it is difficult to plant a concept of time to those who cannot clearly recognize the time. Therefore, in the present invention, to solve this problem and to easily understand the interval of time, the present invention is to propose a device capable of displaying an interval of time by combining time with a story.

The essential part of the present invention is a plurality of rotating gears (301,302,303,304,601,602) to linearly represent the interval of time, a rail 500 is disposed to rotate along the rotating gear, and the rails are arranged at intervals of time Therefore, the device 100 is a device capable of linearly moving the motor 100 or the windings 603 and 605, which are movable devices. Various objects (or animals, characters, characters, etc.) are installed here to have a story connected to the objects, and moving objects (or animals, characters, characters, etc.) coupled to rails are fixed. It is characterized by being able to interestingly recognize the interval of time through meeting with.

The present invention provides an apparatus capable of easily recognizing an interval of time and displaying interestingly.

Figure 1 is an example of a conventional ([utility model 1]) clock learning teaching aids
Figure 2 is an example of a conventional ([Utility Model 2]) time plan clock
Figure 3 is an example of a time interval device combined with a story to move using a motor
Figure 4 is an example of a time interval device combined story to move using the mainspring

If described in detail with reference to the accompanying drawings the present invention.

3 shows an exemplary view for suggesting a time interval device and method for moving using the motor 100. In the proposed invention, a plurality of rotating gears 301, 302, 303, and 304 are arranged, and moving objects (or animals, characters, characters, etc.) coupled with a rail 500 that rotates along the rotating gears, and objects that are fixed, are disposed between objects. Characterized in that the story (Story).

In particular, in Fig. 1, the story of the rabbit and the turtle is applied to a time interval device and method, and the shape of the turtle 401 is moved by being defective with the rail 500. And the moving turtle 401 is a fixed object, the turtle 401 is characterized in that it can recognize the time interval through the encounter with the rock 402, the sleeping rabbit 403, the tree 404.

To this end, a plurality of rotating gears 301, 302, 303, and 304, which can be easily rotated by the rail 500, are disposed, and among them, a motor 100 capable of moving the rail is disposed on a specific rotating gear 301. In particular, the best motor among the motors 100 is the most useful stepping motor in which the step moves according to the pulse.

In the case of a stepping motor, when a specific number of pulses is applied, one rotation is performed. When a control signal is applied from the controller 102 controlling the driving circuit 101 of the motor, the motor rotates with time. It is characterized by being. However, various motors such as a DC motor, an AC motor, and a synchronous motor may be applied to the motor 100.

The motor 100 receives electricity from the battery 105 and rotates through the motor driving circuit 101, and the time setting switch 103 can separately control the A time interval, the B time interval, and the C time interval, respectively. have.

   Example 1) A time interval 20 minutes, B time interval 15 minutes, C time interval 10 minutes

   Example 2) A time interval 10 minutes, B time interval 5 minutes, C time interval 20 minutes

   Example 2) A time interval 15 minutes, B time interval 10 minutes, C time interval 20 minutes, etc.

It is characterized in that the time interval of each section can be adjusted through the time setting switch 103 according to the equal intervals a, b, and c. In addition, the time setting and the current time state can be displayed through the display 104.

Turtle 401, which is a moving object, is characterized in that sensors 201, 202, 203, and 204 can sense and stop at a clean red position upon reaching each viewpoint. The sensors 201, 202, 203, and 204 may attach a small magnet to the turtle 401, may use a Hall sensor that detects the amount of magnetic flux generated by the magnet, and may use an infrared sensor that senses a position.

Therefore, through such a device, the turtle 401 acts until it reaches the rock 402 and the turtle 401 leaves the rock 402 and arrives at the sleeping rabbit 403. We would like to propose a device and method that can be interestingly recognized by combining a concept with a story and telling when to start or finish an activity or work.

Here, the story of rabbit and turtle is combined, but various stories can be applied.

  In Figure 4 relates to a time interval device and method that combines the story to move using the mainspring, the rail 500 is coupled to a plurality of rotating gears (601,602), the linear movement of the rail in a simpler way Devices 603 and 605 can be applied. In this case, the rotation handle 603 of the mainspring rotates the spring 605 of the mainspring to generate an elastic force, and when the mainspring is rotated, the rotational force to the rotation gear 601 through the rotation shaft 604 connected to the mainspring device through a gear Is applied, it characterized in that the rail moves linearly. At this time, the moving object, the turtle 701, moves linearly, and is characterized by recognizing the interval of time through encountering the fixed object, the sleeping rabbit 702 or the tree 703.

In this case, it is difficult to control the length of the time according to the interval because the rotational force is obtained through the winding devices 603 and 605, rather than when the motor 100 is controlled. However, compared to the control of the motor 100, the hand winding devices 603 and 605 are inexpensive and have the advantage of simply providing a time interval device and method combined with a story.

Therefore, in the present invention, the story (Story) combined time interval device, the first, second, third and fourth rotating gears (301, 302, 303, 304); A rail 500 moving in contact with the first, second, third and fourth rotating gears 301, 302, 303, and 304; An object 401 connected to the rail 500 and moving linearly; A motor 100 connected to the first rotating gear 301 among the first, second, third and fourth rotating gears 301, 302, 303, and 304 to control a moving speed of the rail; A motor driving circuit 101 that controls the rotational speed of the motor 100; The first rotating gear 301 and the second rotating gear 302 are separated by a first interval (interval a); The second rotating gear 302 and the third rotating gear 303 are separated by a second distance (interval b); The third rotating gear 303 and the fourth rotating gear 304 are separated by a third distance (interval c); The first interval (interval a), the second interval (interval b) and the third interval (interval c) are all intervals of different distances from each other; A first sensor 201 detecting a position of a moving object under the first rotating gear 301; A second sensor 202 for detecting the position of the moving object under the second rotating gear 302; A third sensor 203 that detects the position of the moving object under the third rotating gear 303; A fourth sensor 204 for detecting the position of the moving object under the fourth rotating gear 304; The moving object 401 moves the first interval (interval a) during the first time (A time); The moving object 401 moves the second interval (interval b) for the second time (B time); The moving object 401 moves the third interval (interval c) for the third time (C time); The first time (A time), the second time (B time), and the third time (C time) are all equal to each other, or some of the first, second, and third hours (1st time and 2nd time / 2nd time and 3rd time / 3rd time and 1st time) are the same time; When the object 401 starts to move on the first rotating gear 301, the time displayed on the display 104 increases, and the object 401 arrives on the second rotating gear 302 Thus, when moving by the first interval (interval a), a first interval (A time) is displayed on the display 104.

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The present invention allows a person having ordinary knowledge in this field to apply an interesting story to a time interval device by various modifications, and it is also within the scope of the present patent to easily deform it technically.

100: motor
101: motor driving circuit
102: controller
103: time setting switch
104: display
201, 202, 203, 204: Sensors that detect the location of moving objects (turtles) (hall sensors, infrared sensors)
301, 302, 303, 304, 601, 602: multiple rotating gears
401, 701: Turtle
402: rock
403, 702: sleeping rabbit
404, 703: tree
500: rail
402: rock
603: Manual winding handle
604: rotating shaft connected to the mainspring device
605: spring spring

Claims (11)

In the time interval device combined story (Story),
First, second, third and fourth rotating gears 301, 302, 303, 304;
A rail 500 moving in contact with the first, second, third and fourth rotating gears 301, 302, 303, and 304;
An object 401 connected to the rail 500 and moving linearly;
A motor 100 connected to the first rotating gear 301 among the first, second, third and fourth rotating gears 301, 302, 303, and 304 to control a moving speed of the rail;
A motor driving circuit 101 that controls the rotational speed of the motor 100;
The first rotating gear 301 and the second rotating gear 302 are separated by a first interval (interval a);
The second rotating gear 302 and the third rotating gear 303 are separated by a second distance (interval b);
The third rotating gear 303 and the fourth rotating gear 304 are separated by a third distance (interval c);
The first interval (interval a), the second interval (interval b) and the third interval (interval c) are all intervals of different distances from each other;
A first sensor 201 detecting a position of a moving object under the first rotating gear 301;
A second sensor 202 for detecting the position of the moving object under the second rotating gear 302;
A third sensor 203 that detects the position of the moving object under the third rotating gear 303;
A fourth sensor 204 for detecting the position of the moving object under the fourth rotating gear 304;
The moving object 401 moves the first interval (interval a) for a first time (A time);
The moving object 401 moves the second interval (interval b) for a second time (B time);
The moving object 401 moves the third interval (interval c) for a third time (C time);
The first time (A time), the second time (B time), and the third time (C time) are all lengths of times different from each other;
When the object 401 starts to move on the first rotating gear 301, the time displayed on the display 104 increases, and the object 401 arrives on the second rotating gear 302 When the first interval (interval a) is shifted, the first time (A time) is displayed on the display 104 and is used as a clock.
In the time interval device combined story (Story),
First, second, third and fourth rotating gears 301, 302, 303, 304;
A rail 500 moving in contact with the first, second, third and fourth rotating gears 301, 302, 303, and 304;
An object 401 connected to the rail 500 and moving linearly;
A motor 100 connected to the first rotating gear 301 among the first, second, third and fourth rotating gears 301, 302, 303, and 304 to control a moving speed of the rail;
A motor driving circuit 101 that controls the rotational speed of the motor 100;
The first rotating gear 301 and the second rotating gear 302 are separated by a first interval (interval a);
The second rotating gear 302 and the third rotating gear 303 are separated by a second distance (interval b);
The third rotating gear 303 and the fourth rotating gear 304 are separated by a third distance (interval c);
The first interval (interval a), the second interval (interval b) and the third interval (interval c) are all the same interval, or some intervals among the first, second and third intervals ( The first interval and the second interval / second interval and the third interval / third interval and the first interval) are equal intervals;
A first sensor 201 detecting a position of a moving object under the first rotating gear 301;
A second sensor 202 for detecting the position of the moving object under the second rotating gear 302;
A third sensor 203 that detects the position of the moving object under the third rotating gear 303;
A fourth sensor 204 for detecting the position of the moving object under the fourth rotating gear 304;
The moving object 401 moves the first interval (interval a) for a first time (A time);
The moving object 401 moves the second interval (interval b) for a second time (B time);
The moving object 401 moves the third interval (interval c) for a third time (C time);
The first time (A time), the second time (B time), and the third time (C time) are all lengths of times different from each other;
When the object 401 starts to move on the first rotating gear 301, the time displayed on the display 104 increases, and the object 401 arrives on the second rotating gear 302 When the first interval (interval a) is moved, the first time (A time) is displayed on the display 104 and is used as a clock.
In the time interval device combined story (Story),
First, second, third and fourth rotating gears 301, 302, 303, 304;
A rail 500 moving in contact with the first, second, third and fourth rotating gears 301, 302, 303, and 304;
An object 401 connected to the rail 500 and moving linearly;
A motor 100 connected to the first rotating gear 301 among the first, second, third and fourth rotating gears 301, 302, 303, and 304 to control a moving speed of the rail;
A motor driving circuit 101 that controls the rotational speed of the motor 100;
The first rotating gear 301 and the second rotating gear 302 are separated by a first interval (interval a);
The second rotating gear 302 and the third rotating gear 303 are separated by a second distance (interval b);
The third rotating gear 303 and the fourth rotating gear 304 are separated by a third distance (interval c);
The first interval (interval a), the second interval (interval b) and the third interval (interval c) are all intervals of different distances from each other;
A first sensor 201 detecting a position of a moving object under the first rotating gear 301;
A second sensor 202 for detecting the position of the moving object under the second rotating gear 302;
A third sensor 203 that detects the position of the moving object under the third rotating gear 303;
A fourth sensor 204 for detecting the position of the moving object under the fourth rotating gear 304;
The moving object 401 moves the first interval (interval a) for a first time (A time);
The moving object 401 moves the second interval (interval b) for a second time (B time);
The moving object 401 moves the third interval (interval c) for a third time (C time);
The first time (A time), the second time (B time), and the third time (C time) are all equal to each other, or some of the first, second, and third hours (1st time and 2nd time / 2nd time and 3rd time / 3rd time and 1st time) are the same time;
When the object 401 starts to move on the first rotating gear 301, the time displayed on the display 104 increases, and the object 401 arrives on the second rotating gear 302 When the first interval (interval a) is shifted, the first time (A time) is displayed on the display 104 and is used as a clock.
The method according to any one of claims 1 to 3,
The first interval (interval a) the first time that the object 401 moves (A time);
The second interval (interval b) a second time (B time) at which the object 401 moves;
When the third interval (interval c) is the third time (C time) at which the object 401 moves, the user of the time interval device may use the 1,2 and 3 (A) through the time setting switch 103. , B and C time), and the moving interval of the moving object 401 is controlled by the motor 100, the story (Story) combined time interval device characterized in that it is used as a clock
The method according to any one of claims 1 to 3,
The moving object 401 is the moving object by sensors 201, 202, 203, and 204 that detect the positions of the first, 2, 3, and 4 moving objects when they meet the fixed objects 402, 403, 404 The location of the (401) is detected, and an alarm sound is generated and used as a clock. delete delete delete delete delete delete

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