KR100654355B1 - Mold of earth - Google Patents

Abstract

A terrestrial globe is provided to supply geographical information of a specific region by representing various functions such as time, location, and day/night. An upper body(11) includes a shaft hall(111), an insertion groove, and a pointing marker. A lower body(12) includes a scaled world time(121), a receiving groove, an operation switch(126), and a light switch(127). A driving unit(13) controls the rotation of the receiving groove by a driving motor(131) connected to the operation switch. A support unit(14) is fixed by a screw to the upper and lower bodies. The support unit includes a shielding plate(142) and a lighting unit(143). The light emitting unit is electrically connected to the light switch. A cylindrical globe(15) is rotatably coupled with the support unit. A scaled time marker(151) and a cover(154) are implemented in the cylindrical globe. Halls for handling are implemented in the both sides of the cover.

Description

Globe of Earth

1 is an explanatory diagram showing a conventional globe,

2 is an exploded perspective view showing a globe according to the present invention;

3 is a perspective view showing a globe according to the present invention,

4 is a cross-sectional view taken along the line A-A of FIG.

5 is a front view showing a globe according to the present invention,

6 is a front view showing another embodiment of a globe according to the present invention;

7 is an explanatory diagram showing an example of reading world time in a state of designating a Republic of Korea as a designated station according to the present invention;

8 is an explanatory diagram showing an example of reading world time using a globe according to the present invention;

<Description of Symbols for Main Parts of Drawings>

11: upper body 12: lower body

13 drive unit 14 support unit

15: cylindrical globe 20: plug

20a, 20a ', 20a ": wiring 100: globe

111, 123: shaft hole 112: insertion groove

113: designated station location 121: world time scale

122: installation groove 124: settle groove

125, 141d: Wiring hole 126: Drive switch

127: light switch 131: drive motor

131a: drive motor shaft 132: drive gear

133: reduction gear 133a: fixed shaft

141: support shaft 141a: screw

141b: Nut 141c: Washer

142: blocking plate 143: lighting means

143a: lamp 143b: terminal

151: designated station time scale 152: floor surface

153: ring gear 154: cover

154a: Handle hole B: Bearing

The present invention relates to a globe, and in particular, it is possible to easily grasp the current designated station position and time by rotating once per hour for 24 hours, and also to easily know the time of each country in the world over the longitude passing through the designated station position. The present invention relates to a globe having a simple structure and easy storage.

In general, the globe has been proposed to be used for teaching or observing learning to teach rotating and orbiting states and geographic positions by installing a spherical body with the earth on the surface rotated.

And today, as the amount of trade between countries and cities increases, the number of business trips abroad is increasing, and the number of overseas travel populations is rapidly increasing. Also, due to the increase in immigrants, the time in not only one's country or city, but also other countries or cities In other words, the demand to know the world time is increasing.

In order to know the world time, there is a method of using one more time zone clock and a method of using a computer or an electronic clock that can display the world time. There is also a way to calculate the time in the area of interest using primitive time difference tables.

On the other hand, the globe is usually used not only for the above applications, but also for education, decoration, and lighting devices.

As shown in FIG. 1, the general structure of the conventional globe has a central axis 2 protruding from the upper center of the support 1 placed on the floor, and one side of the central axis 2 is opened. The semicircular support frame 3 is connected and installed, and the globe 10 is configured to be rotatable by the spherical earth body 5 via the rotation shaft 4 connected to the inner upper and lower portions of the support frame 3.

Rotating the globe (10) made as described above will allow the user to look for the desired country or to check the various names and the like.

However, since the conventional globe is limited to the function of checking the location of each country and city in the world, it can not meet the needs of consumers who demand various functions such as the use of the lighting function at night, and then use it as a learning purpose. There was a problem of neglecting the original function.

In addition, the conventional globe is not possible to express the night and day for the countries around the world according to the rotation of the earth, there is a point that it is impossible to determine the perspective of the world using the globe because there is no separate drive or marker.

In addition, the conventional globe is formed in a spherical shape and requires a large storage space for storage, there was a disadvantage in storage.

Accordingly, the present invention has been made in view of the problems of the prior art as described above. The structure is simple by supporting a cylindrical globe using a support on the upper and lower bodies, and a ring gear is formed at the bottom of the cylindrical globe to provide a drive motor and a reduction gear. The purpose is to provide an improved globe to ensure accurate world time by rotating in one revolution for 24 hours.

In addition, another object of the present invention, the world time scale represents the morning time in the left direction on the basis of noon, the afternoon time in the right direction, the designated station time scale represents the afternoon time in the left direction on the basis of noon, the right In the direction, it is formed to represent the morning time, and the cylindrical globe can be rotated by the drive unit to read the time of the designated station as the time located at the designated station location point, and the time of each country in the world where the longitude consistent with the time scale of the designated station passes. The aim is to provide an improved globe for easy reading of the world time scale.

In addition, another object of the present invention is fixed to the upper and lower body by using a support for dividing the inside of the cylindrical globe rotated by the drive unit by 1/2 based on the blocking plate fixed to the support, 6AM ~ noon ~ 6PM section It shows day by emitting light in the lighting means, and 6PM ~ midnight ~ 6AM section shows the night by blocking the lighting of the lighting means by the blocking plate so that you can easily identify the countries belonging to the day and night sections, Its purpose is to provide an improved globe that can be used as a separate light when not in use.

In addition, another object of the present invention is to provide an improved globe for the beneficial effect on the human body by configuring one of the upper and lower body is one of the far-infrared material beneficial to the human body and jade stone, olivine, germanium, ganban stone, white calcite, macsumite There is a purpose.

In addition, another object of the present invention is to configure the existing spherical globe with a cylindrical cylindrical globe, the volume is small and requires a small area for storage, the manufacturing cost is reduced by a simple structure, each component is separated and maintained and repaired The goal is to provide an improved globe for ease of management.

In order to achieve the above object, the present invention is a vertical through the shaft hole, the insertion groove is formed in the bottom, the upper body for supporting the upper portion of the designated station location point on the front,

Supporting the lower part, the world time scale is formed on the upper outer periphery, the installation groove is formed at one side, and the settled groove is formed at the upper part through the vertical hole through the shaft hole, and the wiring hole is communicated to the center of the installation groove. A lower body having a driving switch and an illumination switch applied thereto;

A drive unit fixed to the installation groove, the drive unit being rotated by a power source, and geared with the drive gear fixed to the drive motor shaft of the drive motor electrically connected to the drive switch to be rotated in the settling groove;

The upper body and the lower body is fixed by using a screw, nut and washer, the blocking plate is fixed to both sides of the center of the support shaft formed with a male screw in the upper and lower parts in the shape of a hollow pipe, the light switch and the front of one side of the support shaft is fixed A support part which is electrically connected and is provided with a lighting means part for emitting light by receiving power;

It is fastened to the support unit so as to be rotated by the drive unit, the designated station time scale is formed in the upper portion of the cylindrical shape, the bottom forms a closed bottom surface and the bearing is fixed in the center, the bottom of the bottom surface is bent inward to the open end A ring gear is formed, and the bearing is fixed to the center in the shape of a disc to be inserted and fixed to the upper portion of the support, characterized in that consisting of a cylindrical globe with a cover hole is formed through the handle holes to both sides.

In addition, the upper body and the lower body is characterized in that the material is selected from wood, plastic or jadeite, olivine, germanium, ganban stone, baekryum, macsumite that emits large amounts of far-infrared substances and anions beneficial to the human body.

In addition, the lighting means is fixed to a pair of terminals to which the lamp is grounded on the support shaft, the wiring connected to the light switch in one terminal into the bottom end of the support shaft is discharged through the wiring hole characterized in that the configuration is configured do.

In addition, the cylindrical globe is characterized in that it is composed of an elliptic cylindrical shape is raised in the center.

In addition, the cylindrical globe is AM6 ~ midday ~ PM6 section that is emitted by the light emitted from the light means section indicates the day of each country, PM6 ~ midnight ~ AM6 section is blocked by the block means light each country It is characterized in that it is configured to nourish the night.

In addition, the world time scale represents the morning time in the left direction based on the noon, the afternoon time in the right direction, the designated station time scale represents the afternoon time in the left direction based on the noon, and the morning time to the right direction Characterized in that configured to represent.

In addition, the designated station location point is a reference by matching the noon of the world time scale and the designated station time scale, and characterized in that it is configured to match the longitude closest to the designated station on the map.

In addition, the world time scale and the designated country time scale provides a globe, characterized in that the printing is attached to the circular band in a printing method, or is printed and printed above and below the cylindrical globe.

The preferred embodiment of the present invention as described above will be described in detail based on the accompanying drawings.

2 is an exploded perspective view showing a globe according to the present invention, Figure 3 is a combined perspective view showing a globe according to the present invention, Figure 4 is a cross-sectional view taken along line AA of Figure 3, Figure 5 according to the present invention Figure 6 is a front view showing a globe, Figure 6 is a front view showing another embodiment of the globe according to the present invention, Figure 7 is an explanatory diagram showing an example of reading the world time in the state of designating the Republic of Korea in accordance with the present invention, 8 is an explanatory diagram showing an example of reading world time using the globe according to the present invention.

As shown in Figures 2 to 5, the globe 100 of the present invention, the upper body 11 for supporting the upper portion, the lower body 12 for supporting the lower portion, and the drive unit 13 is driven to rotate by an external power source And the support part 14 fixed to the upper and lower body parts 11 and 12 by using screws, nuts, and washers, and the driving part 13 coupled to the support part 14 and positioned between the upper and lower body parts 11 and 12. It consists of a cylindrical globe 15 attached to the world map is rotated by).

The upper body 11 supports the upper portion and is configured such that a small cylinder and a large cylinder, which are formed in a cylindrical shape as a whole, are stacked integrally in multiple stages so that an aesthetic surface is emphasized.

The upper body 11 is formed such that the shaft hole 111 is vertically penetrated from the upper center to the lower center, and the insertion groove 112 is recessed to the upper portion to communicate with the shaft hole 111 at the bottom thereof. The designated station location point 113 is printed to be printed or configured to be displayed using another notation.

In addition, the designated station location point 113 is based on a coincidence of 12 noon (12 o'clock) of the world time scale 121 and the designated station time scale 151, and is configured to match the longitude closest to the designated station on the map.

The lower body 12 supports the lower part in the state of being raised on the upper part of the supporting means, and is configured to emphasize the aesthetic surface in a shape in which a large cylinder and a small cylinder are integrally stacked in a multi-stage in overall shape.

This, the lower body 12 is configured such that the world time scale 121 is displayed in a circular printing method or other marking means in the upper outer circumference. In addition, the world time scale 121 is formed to be divided into 24 equal parts at equal intervals, and divides between 24 equal parts into six equal parts. That is, 24 equal parts represent 1 hour unit, and 6 equal parts represent 10 minute unit, and it is comprised so that it may represent 24 hours. In addition, in order to measure finer time, the minute scale may be divided into equal units of seconds.

In addition, the world time scale 121 is configured to represent the morning time in the left direction based on the noon, the afternoon time in the right direction.

In addition, the world time scale 121 may be printed and attached to the circular band in a printing method, or may be configured by printing in the printing method above and below the cylindrical globe 15.

In addition, the lower body 12 is a state in which the world time scale 121 is formed in one side, the installation groove 122 is formed on one side and the center hole 124 vertically through the settled groove 124 is recessed to the bottom It is formed at the top of the furnace, the bottom surface is formed by forming a groove (not shown in the drawing) the center portion is recessed to the top.

The lower body 12 is configured such that the installation groove 122 and the shaft hole 123 are arranged in a straight line up and down the upper body 11 and the lower body 12.

In addition, the lower body 12 is a wiring hole 125 formed in the groove formed in the center of the installation groove 122 and the bottom surface to form a hole from the outside of the lower body 12 is divided into two directions, One hole is to penetrate the bottom surface of one side of the installation groove 122, the other hole is drilled to drill holes (drill, wood or metal and stone) to penetrate the side of the groove formed on the bottom surface of the lower body 12 Perforations using a tool).

In addition, the lower body 12 includes a driving switch 126 and an illumination switch 127 to which power is applied to one side of the outer circumferential surface.

The driving switch 126 and the lighting switch 127 may be operated in a button type, a contact type, a rotary type, or the like, and may be provided with a power capacitor (not shown in the drawing) to receive external power. The plug 20 to which the current flows is electrically connected to one terminal of the driving switch 126 and the lighting switch 127, respectively, and the other side of the driving switch 126 and the lighting switch 127. The other wirings 20a 'and 20a "connected to the terminals are inserted into the wiring holes 125 divided into two branches, and are configured to penetrate through the wiring holes 125.

In addition, the upper and lower body (11, 12) can be molded using a material that can feel the nature-friendly material, or can be molded using a plastic that is inexpensive and semi-permanently available, or beneficial to the human body It can also be fabricated by selecting one of the stones, olivine, germanium, ganban stone, baekryum, and macsumite which emit a large amount of far infrared rays and anions.

The drive unit 13 is rotated by a power source and is placed in the installation groove 122 while being connected to the wiring 20a 'electrically connected to the drive switch 126 to be driven using a screw (not shown in the drawing). The motor 131 is configured to be fixed to the settling groove 124. The drive motor 131 is configured such that the drive gear 132 is fixed to the end of the drive motor shaft 131a to rotate with the motor shaft.

In addition, the drive unit 13 is fixed to the settling groove 124 so that the large reduction gear 133 is geared with the drive gear 132 so as to rotate at a lower rotation speed than the driving motor 131. The shaft 133a is fixed.

The support portion 14 is fitted into the shaft holes 111 and 123 formed in the upper and lower bodies 11 and 12, and is fixed by screws 141a, nuts 141b, and washers 141c. The support shaft 141 is formed on the bottom side and has a wiring hole 141d formed through the thickness of the pipe mainly on one side.

In addition, the support shaft 141 is formed to have a constant area on both sides of the central portion, the length of the blocking plate 142 long in the longitudinal direction is configured to be fixed. In addition, the blocking plate 142 may be configured using a metal or a thin metal plate as an opaque material for weight reduction.

In addition, the support shaft 141 is electrically connected to the front by using the light switch 127 and the wiring (20a ") in the front in the state in which the one side blocking plate 142 is fixed to the blocking plate 142. It is composed of a lighting means unit 143 that receives power and emits light.

In addition, the lighting unit 143 fixes a pair of terminals 143b to which the lamp 143a is grounded to the support shaft 141, and connects the wires connected to the lighting switch 127 to one terminal 143b. It is configured to be inserted into the bottom end of the support shaft 141 to be discharged through the wiring hole 141d and connected.

In addition, the luminaire 143 may be configured by replacing the luminaire 143a by selecting one of a fluorescent lamp, a light bulb, and an LED lamp.

This, the support 14 is fastened to the upper portion of the support shaft 141 is formed with a male screw to be two pairs spaced up and down a predetermined distance in the order of the washer 141c, the nut 141b at the lower end of the support shaft 141, Next, the lower end of the support shaft 141 passes through the shaft hole 123 to the bottom of the lower body 12 in the order of the washer 141c and the nut 141b at the end of the support shaft 141 which protrudes. It is fixed in close contact with the groove formed. However, when the support 14 is fixed to the lower body 12, the support 14 is pushed into the cylindrical globe 15 and then fixed to the lower body 12 in the same manner as described above.

The cylindrical globe 15 is formed in a cylindrical shape of which the top is open at the top and the bottom is closed, and is made of a transparent, opaque acrylic or plastic material which is light in weight and transparent to light.

In addition, the cylindrical globe 15 is formed by bonding a world map produced by the Mercator method to the surface circumference.

The Mercatordo method is a full-angle method created by Dutch leader Mercator in 1569 using the principle and characteristics of the circumferential law.The angle relationship is precisely adjusted by mathematically adjusting the latitude interval in the north-south direction by the rate that the longitude is enlarged. By modifying the circumferential method, the world map is produced on a rectangular battery with the longitude and latitude orthogonal and the latitude and longitude on the equator coinciding with reality.

In addition, the cylindrical globe 15 has a designated station time scale 151 on the top.

In addition, the designated station time scale 151 represents the afternoon time in the left direction based on the noon, and is configured to represent the morning time in the right direction, and the designated station time scale 151 is printed and attached to a circular band by printing. Or, it is configured to be printed by the printing method on the top and bottom of the cylindrical globe (15).

In the cylindrical globe 15, the bearing B is fixed to the center of the bottom surface 152 of which the bottom is closed, and a ring gear is formed at the end of the bottom surface 152 which is bent inwardly by a cylinder extending. 153 is configured.

In addition, the cylindrical globe 15 has a cover (154) formed by fixing a bearing (B) in the center in the shape of a disc so as to be inserted into the upper portion of the support portion 14 at the top and through the handle hole (154a) at both sides. .

In addition, the cylindrical globe 15 is AM6 ~ noon ~ PM6 period is low by the light emitted from the light emitting unit 143 represents a low, PM6 ~ midnight, the light is blocked by the blocking plate 142 The ~ AM6 segment is configured to be bisected at night.

The cylindrical globe 15 pushes the support portion 14 to the inner side of the cylindrical globe 15 at the stage before the support portion 14 is fixed to the lower body 12 and bottoms the bottom end of the support shaft 141. After passing through the inner circumferential hole (not shown) of the bearing B fixed to the center of the surface 152, the washer 141c and the nut 141b are fastened in order to the male screw of the support shaft 141. The two pairs are spaced up and down at regular intervals to form a pair.

At this time, the washer 141c located in the upper portion, the bearing (B) fixed at the center of the bottom surface 152 is placed on the upper portion where the nut 141b is fixed, and the washer 141c located in the lower portion, the nut 141b is in close contact with the settling groove 124 of the lower body 12, and then passes through the shaft hole 123 of the lower body 12 to the end of the support shaft 141 protruding into the groove of the bottom 141c. ), It is configured to be in close contact with the groove formed on the bottom surface of the lower body 12 in the order of the nut (141b).

In addition, the ring gear 153 formed on the bottom of the cylindrical globe 15 and the reduction gear 133 of the drive unit 13 fixed to the lower body 12 is configured to be connected to the gear.

Thereafter, the nut 141b and the washer 141c are fixed to the male screw formed on the upper side of the support shaft 141 fastened to the cylindrical globe 15, and the cover 154 is centered on the top of the washer 141c. The inner circumferential hole of the bearing (B) fixed in the passage through the support shaft 141 is configured in a state placed.

Next, the shaft 111 of the upper body 11 is fixed to the support shaft 141 in the order of the nut 141b, the washer 141c to the upper portion of the cover 154, and in close contact with the upper portion of the washer 141c. Penetration through the support shaft 141, and is fixed to the upper end of the support shaft 141 by using a screw (141a).

As shown in FIG. 6, another embodiment of the cylindrical globe 15 may be configured as an elliptic cylindrical shape in which a central portion is raised.

Referring to the operation of the present invention configured as described above are as follows.

As shown in FIG. 7 and FIG. 8, the order for using the globe 100 is to place the globe 100 on a stable place, connect the plug 20 to a capacitor to which power is applied, and drive switch ( When the 126 is operated, the drive gear 132 is rotated by the rotational drive generated by the drive motor 131, and the reduction gear 133 geared to the drive gear 132 is rotated.

Then, the rotational drive of the reduction gear 133 is transmitted to the ring gear 153 coupled to the gear is to rotate the cylindrical globe 15 relative to the support shaft 141.

The rotation direction of the cylindrical globe 15 is based on the designated station location point 113, and the designated station time scale 151 is in the order of 1 pm (1PM), 2 pm (2PM), ... On the other hand, the time is rotated to flow, while the world time scale 121 is divided into a time scale, as opposed to the designated time scale 151, after 11 noon (11 AM) and 10 AM (10 AM), after noon. It is rotated so that time passes in the order of.

That is, when the designated station location point 113 is projected from the front, the cylindrical globe 15 is rotated from left to right.

And, when operating the light switch 127 formed in the lower body 12, the section 6AM ~ noon ~ 6PM emitted by the light emitted from the lighting means unit 143 represents a low, illuminated by the blocking plate 142 6PM ~ midnight ~ 6AM section that the light of the means unit 143 is blocked will represent the night.

However, the 6AM ~ noon ~ 6PM section and the 6PM ~ midnight ~ 6AM section is based on the world station that matched the noon and midnight at the designated station location point 113, in the present invention designated country (hereinafter referred to as South Korea) It is shown as a standard.

Looking at the time of the Republic of Korea and the time reading of each country in the world using the cylindrical globe 15 as described above are as follows.

When the current time of the Republic of Korea is noon, it can be seen that countries such as Japan, the Philippine Peninsula, and Australia that pass through the same longitude are countries belonging to the time zone of about noon.

In addition, when the time of the Republic of Korea coincides with the designated station time scale 151 indicating 4 pm (4 PM) at the designated station location point 113, the Republic of Korea becomes the time zone of 4 pm, the designated station time scale of 4 pm It can be seen that countries such as Kazakhstan, India, and Maldives, whose longitude coincides with (151), belong to the time zone of approximately 8:00 am.

In the above, the present invention has been illustrated and described with reference to certain preferred embodiments, but the present invention is not limited to the above-described embodiments and the general knowledge in the art to which the present invention pertains without departing from the spirit of the present invention. Various changes and modifications can be made by those who have

As described above, the present invention is simple in structure by supporting a cylindrical globe by using a supporter on the upper and lower bodies, and a ring gear is formed at the bottom of the cylindrical globe, and the hardness is divided into 24 equal parts every 1 hour by the combination of the driving motor and the reduction gear. And rotates one revolution for 24 hours to ensure accurate world time.

The world time scale represents the morning time in the left direction based on noon, the afternoon time represents the afternoon time in the right direction, and the designated station time scale represents the afternoon time in the left direction based on the noon, and the morning time in the right direction. The cylindrical globe is rotated by the drive unit to read the time of the designated station as the time located at the designated station location point, and checks the world time scale for the time of each country in the world where the hardness coincides with the time scale of the designated station. There is an improved effect for easy reading.

In addition, by dividing the inside of the cylindrical globe which is fixed to the upper and lower body by the drive unit by the support unit by 1/2 based on the blocking plate fixed to the support unit, AM6 ~ noon ~ PM6 section emits light by the lighting means. In the PM6 ~ midnight ~ AM6 section, the lights of the lighting unit are blocked by the blocking plate to indicate the night so that the countries belonging to the day and night sections can be easily identified to help learning, and also to check the world time. When not in use, there is an improved effect that can be used as a separate light function.

In addition, the upper and lower body is composed of one of the jadeite, olivine, germanium, ganban stone, baekryum, gansumite to release a large amount of far-infrared substances and anions beneficial to the human body has an improved effect to the beneficial effect on the human body.

In addition, the existing spherical globe is composed of a cylindrical cylindrical globe, which requires a small area for storage due to its small volume, and the manufacturing cost is reduced by a simple structure, and each component is separated to improve maintenance and maintenance. It works.

Claims (8)

The shaft hole 111 is vertically penetrated at the center, and the insertion groove 112 is formed at the bottom, and the upper body 11 supporting the upper part formed with the designated station location point 113 at the front, Supporting the lower part and the world time scale 121 is formed on the upper outer periphery, the installation groove 122 is formed on one side and the settled groove 124 is vertically formed through the shaft hole 123 in the center, the installation groove The lower body 12 having a driving switch 126 and an illumination switch 127 to which the wiring hole 125 communicates with the center of the floor 122 and the outside is provided, It is fixed to the installation groove 122, the rotational drive by the power source and the gear coupled to the drive gear 132 fixed to the drive motor shaft 131a of the drive motor 131 electrically connected to the drive switch 126 is rotated The drive unit 13 is fixed to the reduction gear 133 is rotated in the settle groove 124, It is fixed to the upper body 11 and the lower body 12 by using a screw 141a, a nut 141b and a washer 141c, and both sides of the center of the support shaft 141 having a male thread formed on the upper and lower parts in a hollow pipe shape. The blocking plate 142 is fixed to the lighting unit 143 which is electrically connected to the light switch 127 on one side of the support shaft 141 to which the blocking plate 142 is fixed and receives power. The support portion 14 is formed, It is fastened to the support unit 14 so as to rotate by the drive unit 13, the designation time interval 151 is formed in the upper portion of the cylindrical shape, the bottom forms a closed bottom surface 152 and the bearing (B) is fixed in the center Ring gear 153 is formed at the bottom of the bottom surface 152 which is bent inwardly and opened, and the bearing B is fixed to the center in a disc shape so as to be inserted into and fixed to the upper portion of the support 14. Globe, characterized in that consisting of a cylindrical globe 15, the handle hole 154a penetrates to both sides, the cover 154 is formed. The material of claim 1, wherein the upper body 11 and the lower body 12 are made of wood, plastic, or gemstone, olivine, germanium, ganban stone, calcite, macsumite, which emit large quantities of far-infrared substances and anions, which are beneficial to the human body. The globe, characterized in that one of the selected. According to claim 1, The lighting unit 143 is fixed to the support shaft 141, a pair of terminals (143b) to which the lamp (143a) is grounded, the light switch 127 to one terminal (143b) And a wire connected to the bottom end of the support shaft 141 to be discharged through the wiring hole 141d, and configured to be connected to the globe. The globe according to claim 1, wherein the cylindrical globe (15) is composed of an elliptic cylindrical shape with a central portion raised. According to claim 1, The cylindrical globe 15 is 6AM ~ noon ~ 6PM section is emitted by the light emitted from the luminaire means 143 represents the day of each country, the luminaire means by the blocking plate 142 6PM ~ midnight ~ 6AM section of the block of light of (143) is a globe characterized in that it is divided into two to represent the night of each country. According to claim 1, wherein the world time scale 121 represents the morning time in the left direction based on the noon, the afternoon time in the right direction, the designated station time scale 151 is afternoon in the left direction based on the noon A globe, characterized in that it represents time and is configured to indicate morning time in the right direction. According to claim 1, wherein the designated station location point 113 is based on the coincidental noon of the world time scale 121 and the designated station time scale 151, and is configured to match the longitude closest to the designated station on the map. Globe made with. The method according to claim 1, wherein the world time scale 121 and the designated station time scale 151 are printed and attached to a circular band by printing, or printed on top and bottom of the cylindrical globe 15. The globe.

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