KR100332195B1 - a timepiece - Google Patents

Abstract

The present invention is to escape the extremely limited time display that can be found in the conventional clock so that the time of the world can be displayed all on a single clock so that you can easily check where the time of the world, anywhere, anytime, anywhere By transforming the invention of the applicant's earlier application which makes it possible to know the time of the world accurately without any confusion, it is possible to use it for practical use as well as increasing the choice of various types of watches according to the user's hobby. It was made possible.

Description

Watch {a timepiece}

The present invention relates to a clock, and more particularly, a time display printed on the center of the world and a world time reference plate displaying a time boundary on the upper surface thereof, and displayed at equal intervals (24 equal parts) by the outer periphery. Display panel is formed, and outside the time display panel, LED lamp or optical fiber is installed inside the minute and second display panels at equal intervals (60 equal parts), and among them, the world time reference plate or time display panel is installed inside the watch body. The world printed on the upper surface of the timetable as an improved design of patent application No. 2000-7367, which is a patented application, which is rotatably coupled to the hour hand axis of the installed known movement to display the world's time all on one watch. The evangelism is formed eccentrically to the required country, so that the necessary country is enlarged to make it easier to identify, and the world time is eccentrically formed. The world time reference plate with normal reference plate and world conduction is installed on the upper and lower sides of the watch body so that it can be seen even if the watch is turned upside down. The world time reference plate is convex to diversify the shape of the watch. The world time reference plate is formed in a spherical shape rather than a plane or a convex shape, and its central axis is rotatably coupled to the hour hand axis of a known movement installed inside the watch body. Cover the spherical time display area divided into equal parts) to display all the time of the world on a single clock by using the time display area where the time boundary line is formed when the earth with the time boundary line rotates. The clock is more versatile to know exactly the time of the confusion.

Watches, wall clocks, and other decorative clocks that have been made up to now all represent hours, minutes, and seconds, all of which correspond to the time of the country to which they belong. Since it is impossible to do so, the traders and general individuals engaged in various kinds of imports and exports, such as the strikes and commodity brokerages, whose credit is given to the date and time promises are vital.

In this regard, the watch is specially configured so that it is easy to check where the time of the world is located, away from the extremely limited time display that can be found in the conventional watch as described above. 1A to 1B, a world time reference plate 10 is formed on which a world conduction 11 is printed in the center and a time boundary line 12 is displayed on the upper surface thereof.

The outer periphery is divided into equal intervals (24 equal parts) and forms a time display panel 20 displaying the time in numbers.

In the outer periphery of the time display panel 20, a lamp 31 using an LED lamp or an optical fiber is installed at equal intervals (60 equal parts), and a minute and a second display panel 30 indicating a reference point are formed.

Of these, only the world time reference plate 10 is rotatably coupled to the hour hand shaft provided in the known movement 70 installed inside the watch case 100 so that the world time rotates simultaneously with the movement of the movement 70. According to the position of the corresponding time boundary line 12 displayed on the top surface of the world conduction 11 of the reference plate 10, the time of the world countries can be displayed on one clock so that the time can be checked while looking at the number of the time display panel 20. As shown in FIGS. 2A and 2B, only the time display panel 20 is axially rotatably coupled to the hour hand shaft of a known movement 70 installed inside the watch case 100. 70 so that the time number corresponding to the time display panel 20 rotating at the same time can be checked according to the position of the corresponding time boundary line 12 displayed on the top surface of the world conduction 11 of the world time reference plate 10. Poetry It was configured to display all the livers on a single clock.

The present invention is a place where such a clock is located by displaying all the time of the world on a single clock so that it is easy to check where the time of the world was away from the extremely limited time display that can be found in the conventional clock as described above. In any time, anywhere, anytime, anywhere, the world's time without any confusion, the more accurate and varied modifications of the invention of his prior application to increase the choice of a variety of watches to choose according to the user's hobbies, as well as for practical use Its purpose is to make it useful.

1A and 1B are diagrams illustrating one embodiment of a self-applied watch.

Figure 1a is a plan view,

Figure 1b is a side view of part of the cut state.

Figure 2a, Figure 2b is another embodiment of the own application clock,

Figure 2a is a plan view,

Figure 2b is a side view of part of the cut state.

Figure 3 is an exemplary state of eccentrically forming the world conduction printed on the upper surface of the world time reference plate as the present invention as required.

Figure 4 is an exemplary view showing the present invention is installed on the upper and lower sides of the watch body, respectively, as the present invention, the world time reference plate formed with the eccentricity of the world conduction and the world time reference plate formed with the world conduction normally.

Fig. 5 is an exemplary state in which the world time reference plate is formed in a convex shape as the present invention.

6A, 6B, and 6C are exemplary views showing a world time reference plate formed of a spherical earth as the present invention;

Figure 6a is an exemplary diagram showing the overall configuration.

Figure 6b is a side cross-sectional view of a part configured to rotate the earth.

Figure 6c is a side cross-sectional view of a part configured to rotate the time display.

♣ Explanation of symbols for the main parts of the drawing

10: GMT 10 ': Earth

11: world evangelism 12: time boundary

20: Time display 20 ': Time display

30: minute, second display board 31: Lamp

31 ': reference point 32: circuit board

40: minute hand 50: second hand

60: viewing window 100: clock case

A: Korea B: United Kingdom

When explaining the embodiment of the present invention for achieving the above object in connection with the invention of his prior application as follows.

In the present invention, as shown in the accompanying drawings, Figures 1a to 1b to form a world time reference plate 10 is printed in the center of the world conduction 11 and the time boundary line 12 on the upper surface,

The outer periphery is divided into equal intervals (24 equal parts) and forms a time display panel 20 displaying the time in numbers.

In the outer periphery of the time display panel 20, a lamp 31 using an LED lamp or an optical fiber is installed at equal intervals (60 equal parts), and a minute and a second display panel 30 indicating a reference point are formed.

Of these, only the world time reference plate 10 is rotatably coupled to the hour hand shaft provided in the known movement 70 installed inside the watch case 100, or as shown in the accompanying drawings, FIGS. 2A to 2B. The only time display panel 20 is pivotally coupled to the hour hand shaft of a known movement 70 installed inside the watch case 100 so that the world time reference plate 10 rotates simultaneously with the movement of the movement 70. In the clock configured to display all the time of the world in one clock so that you can check the time while looking at the number on the time display board 20 according to the position of the corresponding time boundary line 12 displayed on the top of the world conduction (11),

As shown in FIG. 3, the world evangelism 11 on which the time boundary line is displayed on the top surface of the world time reference plate 10 is eccentrically printed to a country required for printing so that the necessary country portion is enlarged to facilitate identification. Configured.

As shown in FIG. 4, the clock case 100 includes a world time reference plate 10 in which the world conduction 11 is eccentrically formed, and a world time reference plate 10 in which the world conduction 11 is normally formed. ) Installed on the upper and lower sides, respectively, so that the watch can be seen upside down.

Here, in the present invention, only the world time reference plate 10 in which the world conduction 11 is eccentrically formed on both the upper and lower sides of the watch case 100, or on the contrary, the world formed by the world conduction 11 is normal. It can be configured by installing only the time reference plate 10, as well as the top and bottom sides of the watch case 100 by installing the existing time display panels of different shapes or colors, respectively, can be seen even if the clock is turned upside down. It can also be configured to do so.

In addition, the present invention may be configured in the convex shape of the world time reference plate 10 as shown in FIG.

At this time, the present invention in the display of the minute (minute) and second (second), the minute hand and the second hand is rotated on the minute hand axis and the second hand axis provided in the known movement 70 installed inside the watch case 100, respectively. It can also be configured to show minutes and seconds, if possible by axial coupling.

Herein, the present invention may form the world time reference plate 10 as a globe 10 'of a spherical shape rather than a plane or a convex shape, as shown in FIG. 6A. Likewise, the central axis of the earth 10 'is rotatably coupled to the hour hand axis of the known movement 70 installed inside the watch case 100, and the spherical earth 10' is equally spaced (24 equal parts) on the surface. The time display sphere 20 is formed by covering the spherical time display sphere 20 'with the time boundary line 12 divided into 10 and the time boundary line 12 having the time boundary line 12 formed when the earth 10' of the time boundary line 12 is rotated. It can be configured to display all the time of the world on a single clock, as shown in Figure 6c of the accompanying drawings, the time (10 ') of the earth is fixed and the time boundary line is divided equally (24 equal parts) on the surface The center of the spherical time display 20 'is also marked with 12. Is rotatably coupled to the hour hand axis of the known movement 70 installed inside the watch case 100, and configured to know the time around the world using the time boundary line 12 of the rotating time display 20 '. Of course, the watch case 100 may be configured by combining the pedestal 110 to rotate the watch case 100 on the bottom of the watch case 100.

On the other hand, in the case of the drawings presently presented above, the corresponding time boundary lines 12 displayed on the top surface of the world conduction 11 of the WCC 10 may not exactly match each other, but this is precisely displayed by the actual data. It's a match.

The present invention is in no way limited by the above embodiments.

Referring to the state of use of the watch of the present invention configured as described above are as follows.

First, referring to the case of FIGS. 3 to 5, when the known movement 70 installed in the watch case 100 is operated, the world time reference plate 10 which is axially coupled to the hour hand shaft of the movement 70 is rotated. Done.

At this time, if a person in another country except Korea (A) wants to know the current time of Korea (A), finds Korea (A) on the world conduction (11) printed on the world time base plate (10), and then finds Korea (A). If you find the position corresponding to the time boundary line 12 shown on the time display board 20, the number displayed on the position is the time of Korea (A), and if you want to know the time of the United Kingdom (B), If you find the position corresponding to the time boundary line 12 shown in the world evangelism (11) and then display it in the UK (B) on the time display 20, you can see immediately that the number displayed in that location is the time in the UK (B). Will be.

Similarly, when only the time display plate 20 is pivotally coupled to the hour hand shaft of the movement 70 to rotate, the world time reference plate when the known movement 70 installed inside the watch case 100 operates. 10, only the time display 20 which is axially coupled to the hour hand shaft of the movement 70 in a fixed state is rotated.

At this time, if a person in another country except Korea (A) wants to know the current time of Korea (A), finds Korea (A) on the world conduction (11) printed on the world time base plate (10), and then finds Korea (A). The number displayed at the corresponding position of the time display panel 20 located at the time boundary line 12 indicated by) becomes the time of Korea (A).

In this way, it is very easy to know the current time of the world.

In addition, when you want to check the minutes (minutes) and seconds (seconds) in addition to the time of the world, the minute formed by the outer periphery of the time display panel 20, lamps made of LED lamps or optical fibers provided in the second display panel 30 (31) is turned on. For example, in the case of minutes, the 10th lamp is turned clockwise from the lamp 31 at the reference point 31 'with the reference point 31' being " 0 " minutes. When all of the lights (31) are lit, it is "10" minutes, and when it is lit up to the 17th, it is "17" minutes.

In the second case, any of the LED lamps or the plurality of lamps 31 made of optical fibers provided on the minute and second display panels 30 based on the same reference point 31 'as the corresponding minute. It is necessary to check whether one lamp 31 is blinking. For example, when the eleventh lamp 31 flashes clockwise with the reference point 31 'being "0", it becomes "11" second and the 45th Is flashing, it is “45” seconds.

In this way, the minute and second of the world can be known accurately.

On the other hand, the present invention, when the minute hand and the second hand is rotatably coupled to the minute hand shaft and the second hand shaft provided in the known movement 70 installed inside the watch case 100, the minute and second hands indicate minutes, seconds By the order of the lamp 31 of the display panel 30, minutes and seconds may be read in a conventional manner.

6A to 6C, the world time reference plate 10 is formed as a globe 10 'of a spherical shape rather than a plane or a convex shape, and the central axis thereof is the clock case 100. The spherical time display sphere which is rotatably coupled to the hour hand axis of the known movement 70 installed therein and the time boundary line 12 is formed by dividing the spherical earth 10 'at equal intervals (24 equal parts) on the surface. (20 '), the country in which the time boundary line (12') indicated by the 10 'of the earth to be rotated to find the time to find the country found in the time boundary line 12' If you check the number corresponding to the next time boundary line 12 will be able to know the time very simply, where the watch case 100 is combined with the base 110 so that the watch case is rotated on the bottom of the watch case 100 Hand 100 You can easily find the country you are looking for in any direction.

The present invention as described above forms a world time reference plate printed on the center of the world in the center and displaying the time boundary on the upper surface, and forms a time display plate displayed by dividing the same interval (24 equal parts) by the outer periphery, In the outer periphery of the display panel, the minute and second display panels are formed by installing LED lamps or optical fibers at equal intervals (60 equal parts), and among these, the hour hand of a known movement in which the world time reference plate or the time display plate is installed inside the watch body. Rotationally coupled to the axis allows the world's time to be displayed on a single clock, but the evangelism printed on the upper surface of the WCC is eccentrically formed to the required country so that the necessary country is enlarged for easy identification. Of course, the world time base plate with the eccentric world conduction and the world time base plate with the normal world conduction are mounted on the upper and lower sides of the watch body. Each watch is installed so that the watch can be turned upside down, and the world time base plate is formed in a convex shape to diversify the shape of the watch, and the world time base plate is formed in a spherical shape rather than a plane or a convex shape to form a central axis thereof. The earth is marked with a time boundary that is rotatably coupled to the hour hand axis of a known movement installed inside the watch body, and has a spherical time display that divides the spherical earth into equal intervals (24 equal parts) on the surface. By using the time display with the time boundary line when rotating, all the time of the world is displayed on a single clock. Depending on the type of watch you can choose from It is a very breakthrough invention which allows useful for practical use.

Claims (5)

A world time reference plate 10 is printed on the center of which the world conduction 11 is printed and the time boundary line 12 is displayed on the upper surface thereof. The outer periphery is divided into equal intervals (24 equal parts) and forms a time display panel 20 displaying the time in numbers. In the outer periphery of the time display panel 20, a lamp 31 using an LED lamp or an optical fiber is installed at equal intervals (60 equal parts), and a minute and a second display panel 30 indicating a reference point are formed. Of these, only the world time reference plate 10 is rotatably coupled to the hour hand shaft provided in the known movement 70 installed inside the watch case 100, or only the time display plate 20 is inside the watch case 100. The corresponding time boundary line 12 is displayed on the upper surface of the world conduction 11 of the world time reference plate 10 which is rotatably coupled to the hour hand shaft of the installed known movement 70 and rotates simultaneously with the movement of the movement 70. In the clock configured to display all the time of the world in one clock so that you can check the time while looking at the number on the time display panel 20 according to the position of, Clock is characterized in that it is configured to facilitate the identification by the eccentric printing of the world conduction (11) displayed on the upper surface of the world time reference plate (10) to the country required for printing so that the necessary country portion is enlarged. The method of claim 1, The world time reference plate 10 in which the world conduction 11 is eccentrically formed and the world time reference plate 10 in which the world conduction 11 is normally installed are installed on the upper and lower sides of the watch case 100, respectively. Clock that is configured to view the time of the world even if you turn over. The method of claim 1, The clock, characterized in that the world time reference plate 10 is configured in a convex shape. The world time reference plate 10 is formed as a spherical globe 10 'rather than a plane or convex shape, and its central axis is rotatably coupled to the hour hand axis of a known movement 70 installed in the watch case 100. And the 10 'of the spherical earth (10') is divided into equal intervals (24 equal parts) on the surface of the earth (10 '), which is also covered with a spherical time indicator (20'). ) Is a clock, characterized in that configured to display all the time of the world on a clock using the time display (20 ') formed with a time boundary line (12). The method of claim 4, wherein The watch case, characterized in that it comprises a pedestal (110) to rotate the watch case on the bottom of the watch case (100).