KR20240020822A - LED compass to know the latitude of your location - Google Patents

Abstract

It is a tool that allows you to immediately know which side is closer to the north or south through the N and S poles, and what your location and latitude are. In a tool that allows you to see clearly even in dark places, there is one or more N poles; and one An LED compass that can tell how close and far away you are from north and south, comprising: more than one S pole; and two or more LEDs; and one or more LED circuits; and one or more devices for determining the degrees of attractive and repulsive forces; As described above, according to the LED compass according to the present invention that can tell how close and far away you are in the north and south, if you are lost or drifted in the Amazon or tropical rainforest and have this compass, you can know your location and what your latitude is. , there is the advantage of being able to guess which direction it is going. Also in a dark place. If you look at this compass at night, the LED color lights up in red and blue, the colors of the N and S poles, so you can see the N and S poles even in the dark.

Description

LED compass to know the latitude of your location {LED compass to know the latitude of your location}

The present invention relates to an LED compass that can determine the latitude of one's location. More specifically, the compass uses the brightness of the LED to measure the strength of the repulsive and attractive forces acting in the north and south. The brighter the brightness, the northerly the N pole. ,The S pole is closer to the south, and the darker the brightness, the closer the N pole is to the south, and the closer the S pole is to the north. This is about an LED compass that allows you to know the latitude of your location in order to use the compass more conveniently and usefully.

In the prior art, even if you have a compass when drifting in the mountains, other areas, or tropical rainforests at night, your eyesight is poor, or it is difficult to see the compass in pitch-black darkness, and you cannot know exactly where and at what latitude you are by looking at the compass. There was an unknown inconvenience. In this case, there was a problem that it was difficult to find the way because it was difficult to know where one was right away.

Therefore, the present invention was created to solve the above-described conventional problems, and the purpose of the present invention is to make the compass more visible even in the dark, as well as to make the compass closer to either north or south with an LED. It allows you to immediately know your location and latitude, and allows you to immediately know what location and latitude you are in through the light that the LED emits from the N and S poles, making it easier to identify the N and S poles than before. We provide an LED compass that allows you to see better, compensates for the shortcomings of the conventional device, and lets you know the latitude of your location by allowing you to see the compass clearly even in the dark unlike before.

The present invention is a tool that allows you to immediately know which of North and South is closer to the N and S poles, and what your location and latitude are. In a tool that allows you to see clearly even in dark places, there is at least one N a pole; and one or more S poles; and one or more LEDs on the N poles; and one or more LEDs on the S poles; and one or more LED circuits; and one or more devices for determining the degree of attractive and repulsive forces; and one or more attractive and repulsive forces. It is configured to include an LED compass that can determine the latitude of one's location, characterized by including a device that can determine the degree of repulsive force.

As described above, according to the LED compass that can tell the latitude of one's location according to the present invention, if one is lost or drifted in the Amazon or tropical rainforest and has this compass, one can know where one's latitude is. , there is the advantage of being able to guess which direction it is going. Also in a dark place. If you look at this compass at night, the LED color glows red and blue, which are the colors of the N and S poles, so it has the advantage of being able to check the N and S poles even in the dark. Also, these days, most people use a compass instead of a compass. Cell phones are often used to find directions in the military, aviation, navigation, etc., and if a war breaks out, if you have an LED compass that can tell you the latitude of your location at any time and any place, no matter how dark it is in wartime, you will be able to see clearly in front of you. It has the advantage of not drifting or getting lost even in places you can't see.

Figure 1 is an exploded perspective view of an LED compass showing the configuration of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the attached drawings so that those skilled in the art can easily practice the present invention. Figure 1 is an exploded perspective view of an LED compass showing the configuration of the present invention. It is a tool that allows you to know where your position is in the north or south with the N and S poles, and is a tool that allows you to see clearly even in the dark. It has one or more (2) and one or more S poles; (3) and one or more LEDs on the N poles; (4) and one or more LEDs on the S poles; (5) and one or more LED circuits; (6) and one A device that can determine the degree of attraction and repulsion of one or more; and a device that can determine the degree of one or more attraction and repulsion; An LED compass that can tell how close and far away it is in the north and south, characterized in that it includes (7). Compass. The side (1) serves to prevent foreign substances from entering the compass. The N pole (2) of the compass is literally the N pole of the compass, and is combined with the LED (4) on the N pole of the compass. The S pole (3) of the compass is literally the S pole of the compass, and is combined with the LED (5) on the S pole of the compass. The device (7) that can determine the degree of attractive and repulsive force is located on the bottom of the compass. It is connected to the LED along with the circuit. As described above, it is of course possible to make various modifications without departing from the scope and spirit of the present invention.

1. Side of the compass 2. N pole of the compass 3. S pole of the compass 4. LED on the N pole of the compass 5. LED on the S pole of the compass 6. LED circuit 7. Display that shows the degree of attractive and repulsive force Device

Claims (1)

It is a tool that allows you to immediately know which of the north and south is closer to the N and S poles, and what your location and latitude are. In a tool that allows you to see clearly even in dark places, there is one or more N poles; and one or more S poles; and one or more LEDs on the N poles; and one or more LEDs on the South poles; and one or more LED circuits; and one or more devices for determining the degrees of attractive and repulsive forces; and one or more degrees of attractive and repulsive forces. An LED compass that allows you to know the latitude of your location, including a device that can determine