KR100301768B1 - Clock With Linar Calinder - Google Patents

Abstract

PURPOSE: A clock for indicating a lunar date is provided to conveniently detect time and lunar date by specifying a position detecting the time and date through rotating. CONSTITUTION: A clock for indicating a lunar date comprises a clock board(1) having 24 divided graduation on a circular plate while rotating one time in a day; a date plate divided into 59 sections with a regular angle; a minute plate rotating one time in an hour; a time reading unit(11) composed of a time indicator fixed on a transparent glass cover or a floor; and a minute graduation dividing a specific time into 12 sections. The clock board and the minute plate are rotated with the same direction or reverse direction. Thereby, the clock for indicating the lunar date conveniently detects the time and the lunar date by specifying a position detecting the time and the date by rotating the clock board and the minute plate.

Description

Lunar calendar clock {Clock With Linar Calinder}

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a clock that shows a lunar calendar, and more particularly, to a clock having a commercially available clock that rotates once every 24 hours, so that the lunar calendar can be read by adding a date plate indicating the lunar calendar.

For the general public in westernization, the lunar calendar is not important, but for those who live by the sea or engage in sea-related affairs, the lunar calendar is quite important. The lunar calendar is an indicator of the positional relationship between the sun, the earth and the moon, and the height of the sea and the time of high and low tide are determined by the positional relationship. The movement and flow of seawater is closely related to the lunar date.

The coastal sea level rises and falls about twice a day, with tides (high and low tide), which are the highest when the sea level rises most during the day on a particular coast, when the highest tide falls. It is called low tide. The difference in sea level between high and low tide is called even. Even the variety varies depending on the latitude, geographical shape of the coast, and the depth of the coast. In Korea, even the west coast is larger than the east coast, and it is known to reach about 10m in Incheon.

Even on any coast is not always constant, but when the moon, earth, and sun are almost in line, that is, at full moon or new moon, the attraction of the moon and the sun acts simultaneously, causing the greatest even. For example, when the moon and the sun are at right angles to the earth, that is, when the moon and the sun are offset, the attraction of the moon and the sun cancels out even the smallest. Even if the lunar calendar gives a month, the greatest time is the contrast (大潮; saris), the smallest time is called Sojo (小 潮; little).

These tidal tides are the decisive factor in determining the life cycle of people engaged in offshore fishing or various fish and shellfish harvesting industries, and in determining whether the ships can be contacted at the port. This is a very important guide in determining where to stay.

Solar nights are necessary for day and night life, and lunar calendars are needed for observing the movement of sea waters that are closely related to life.

The present invention has been made in accordance with the necessity as described above, by attaching a date plate (2) rotated 353.9 ° in 24 hours to a clock having a market (1) rotates once every 24 hours, a certain portion of the market (1) It is intended to provide a clock which always faces the date plate 2 to read the date of the date plate 2.

1 is a plan view of one embodiment according to the present invention;

Figure 2 is a plan view of the commercial in one embodiment according to the present invention

Figure 3 is a plan view of a date plate in one embodiment according to the present invention

Figure 4 is a plan view of the separation plate in one embodiment according to the present invention

5 is a plan view of another embodiment according to the present invention.

Figure 6 is a plan view of a date plate in another embodiment according to the present invention

*** Explanation of main parts of drawing ***

1. Available 11. Time scale 2. Date plate

21. Date scale 3. Separation 31. Minute scale

4. Visual Reader

The clock of the present invention for achieving the above object is a circular commercial (1) which rotates once every 24 hours, and has a 24-division scale at the same angle with respect to the center at the distal end; It rotates 353.9 ° in 24 hours, the end portion has a circular date plate (2) is 59 at the same angle with respect to the center; wherein each plate is characterized in that it is rotated coaxially marketed (1) Clock that displays the time.

In the clock according to the present invention, a round plate 3 having a 12-division scale at the same angle with respect to the center may be added to the clock at an hour.

Although the shape of each plate in the present invention is described as 'circular', it is not necessarily 'circular', it means a somewhat modified 'circular' or 'oval' that can be applied in a conventional watch, and somewhat The degree of variation will be within the range of applicability to those of ordinary skill in the art. In the present specification including the following detailed description and claims, it is used in the same sense as above.

In addition, in the present specification, 'clockwise' means a clockwise rotation in the usual meaning from the upper end to the right, '0-clockwise' is not the direction indicated by the clock of the present invention is used normally 1 day two-turn clock indicates the direction, when looking at the clock means the top direction. In the present specification including the following detailed description and claims, it is used in the same sense as above.

A description with reference to the drawings below.

1 or 2, between each time scale 11 or time scale 11 of the commercial 1 of the present invention, numbers 1 to 24, or numbers 1 to 12 indicating the morning And 1 to 12 consecutively representing afternoons. In the latter case, the morning and afternoon numbers can be displayed in different colors or with different brightness or saturation to facilitate the display of mornings and afternoons. You can also place the brightest number at noon, darken until midnight, and then brighten again after midnight.

The commercial 1 can be rotated continuously in an analog manner or rotated one space per hour in a digital manner. Each division scale 31 of the separation plate 3 of the present invention may indicate a minute by displaying a number of 0, 10, 20, ..., 50 or a number of 0, 15, 30, 45 for convenience.

The rotational direction of the commercial plate 1 and the separation plate 3 of the present invention can be arbitrarily determined. However, when each plate rotates counterclockwise, the order of the displayed number of hours and minutes is clockwise, and each plate rotates clockwise. If so, the display order of hours and minutes is shown in the counterclockwise direction. Therefore, in the present invention, the commercially available plate 1 and the separator plate 3 may simultaneously rotate clockwise and at the same time counterclockwise, and the commercial plate 1 and the separator plate 3 may rotate in opposite directions. have. In addition, the commercially available 1 of the present invention may be larger or smaller than the separation plate 3.

The watch hands are divided into 12 clock hands.The watch hands are divided into 12 parts, so the hour hand is rotated twice a day, the minute hand is 24 revolutions per hour, and the second hand is rotated once a minute. Unlike a watch, a watch of the present invention as shown in FIG. 1 or 5 has no hands and instead consists of a visual indicator line or indicator mark fixed to a non-rotating floor or transparent glass cover not mentioned herein. The reading unit 11 is displayed in the usual 0-time direction (the uppermost part when looking at the clock), and a commercially available 1 having a time scale 11 divided into 24 instead of rotating the hands is one day. The separation plate 3 with the division scale 31 divided into 12 is displayed at the time of a specific time while making one revolution at a time by one rotation. At this time, the division lines divided into subdivisions as necessary may be displayed between the division displays to determine the minutes of a specific time or to accurately read the minutes at the commercial market 1 alone.

The rotational direction of the commercial plate 1 and the separation plate 3 of the present invention can be arbitrarily determined. However, when each plate rotates counterclockwise, the order of the displayed number of hours and minutes is clockwise, and each plate rotates clockwise. If so, the display order of hours and minutes is shown in the counterclockwise direction. Therefore, in the present invention, the commercially available plate 1 and the separator plate 3 may simultaneously rotate clockwise and at the same time counterclockwise, and the commercial plate 1 and the separator plate 3 may rotate in opposite directions. have. In addition, the commercially available 1 of the present invention may be larger or smaller than the separation plate 3.

In the present invention, the date plate (2) is rotated 353.9 ° in 24 hours, 59 ends at the same angle with respect to the center, the 59 section is the lunar calendar is repeated 29 days and 30 days 2 months are displayed, When the date plate 2 rotates 353.9 ° when the commercial plate 1 rotates 360 °, that is, the difference of 360 ° -353.9 ° = 6.1 ° is the same as the difference of the date plate 2, and thus, every 24 hours. A certain portion of the market (1) points to the date scale 21 next to the date scale 21 indicated on the day before in the date plate (2) can indicate that the date is flowing.

The predetermined part of the market 1 may be any part of the market 1, but preferably a leader or a mark is directed toward the date plate 2 at a place where 12 o'clock is displayed.

According to the above method, it takes 59 days, that is, two months in the lunar calendar, in order for the revolutions of the commercial plate 1 and the date plate 2 to be completely one lap, that is, 360 °.

In another method for achieving the object of the present invention, a circular commercial (1), which rotates once every 24 hours, has a 24-division scale at the same angle with respect to the center; It rotates 366.1 degrees in 24 hours, and the distal end has a circular date plate (2) 59 is arranged at the same angle with respect to the center; provides a clock characterized in that the rotation axis of the respective plates are coincident.

The clock for the present invention may further include a circular separation plate 3 having a 12-division scale at the same angle with respect to the center, which rotates once in an hour.

The above method differs in the rotational speed of the date plate 2, which is the difference between whether the date plate 2 rotates 6.1 degrees faster or later than the commercial plate 1 in 24 hours, and FIG. It is possible by changing the date plate 2 of FIG. 1 as shown in FIG.

As another method for achieving the object of the present invention, a round commercially available (1 rotation at 24 hours having a shape as shown in Fig. 5 or 6, the end portion having a 24-division scale at the same angle with respect to the center) )and; It provides a clock, characterized in that it comprises a circular date plate (2) which is to rotate 347.8 ° or 372.2 ° in 24 hours, the axis of rotation of each of the plates coincides.

Looking at the date plate 2 shown in Figure 6,

The terminal part has 59 divisions in two lines, and one inside line is marked with 1 in any one compartment, incremented by 1 by one across the space, and up to 29, and the last one compartment is marked with 30 in the middle of the two lines in the opposite direction. It has a circular plate that is reduced by one along the outer line and finally marked up to one, and the lines that make up the compartment are sized appropriately.

Each plate in the present invention as described above can be determined in a variety of sizes for convenience. For example, it can be made small in the order of a commercial sale, a separation, and a date edition, and can also change the order.

In this specification, only the shape and rotational speed of each plate are described, but those skilled in the art to which the present invention pertains can easily implement the watch of the present invention by understanding the description herein. That is, the clock of the present invention may be made not only by a mechanical method by a combination of a driving device and a tooth having a specific rotation ratio, but also by a display device such as a liquid crystal or a monitor by an electronic method.

The watch of the present invention is composed of a commercial plate (1), separation plate (3), date plate (2) is rotated at an appropriate speed, and a part that can detect the time and date is designated relative to the time and lunar date You can easily figure out.

This is useful for those who need a lunar date, and knowing the lunar date can know the form of the moon, that is, the full moon, the moon, the moon, the new moon, and so on. .

Claims (4)

In a clock in which the clock face rotates to display the time, One round every 24 hours, a circular commercial plate 1 having a 24-division scale at the same angle with respect to the center; Rotating 353.9 ° in 24 hours, the distal end of the circular date plate is 59 partitioned at the same angle with respect to the center; comprising a coincidence of the axis of rotation of each plate. The method of claim 1, A clock that rotates once per hour and further includes a circular separation plate having a 12 division scale at the same angle with respect to the center. In a clock in which the clock face rotates to display the time, One round every 24 hours, a circular commercial plate 1 having a 24-division scale at the same angle with respect to the center; Rotation 366.1 ° in 24 hours, the distal end of the circular date plate is 59 partitioned at the same angle with respect to the center; comprising a coincidence of the axis of rotation of each plate. The method of claim 3, wherein A clock that rotates once per hour and further includes a circular separation plate having a 12 division scale at the same angle with respect to the center.