Float the ball

Abstract

The subject matter disclosed herein relates to targeting young people to enjoy a fun activity while improving their eye power. The principals of the game include eye exercises based on previous procedures.

Claims

1. Create a fiat surfaced vertical object with two graphics (10, 20) spaced similar to normal eyes and positioned on a horizontal plain move the above mentioned objects away from your eyes a comfortable distance that will allow you to see the graphics perfectly the graphics on the above mentioned object must be exactly the same at the horizontal width each graphic (10, 20) must have a straight edge (30) at their bottom touching above or below the horizontal line imagine an object (50) sitting on a mirror and viewing one object (10 or 20) upright and the other object (10 or20) upside down You are seeing two objects (50) perfectly matched. Now move the bottom object to the right a normal eye separation or you can reverse the procedure you are now looking at the two graphics (10, 20) you are seeing one graphic on the top of the horizontal line (30) the other graphic is on the bottom of the horizontal line (30) now you are going to look at above mentioned graphics (10, 20) and float them into a fused image look at the two graphics (10, 20) and change your eye focus from distant to reading if this is first time experience you may need to put your thumb about your nose level and move your thumb to your reading distance and look over your thumb to the distant graphics (10, 20) and shift your focus to the tip of your thumb the fused image will be floating closer to you and you will see a perfect match (50) or not a perfect match a perfect match is perfect eye alignment this game of eye power can help the eye alignment by users that are not a perfect match (50) due to playing the game each time they float the graphic they will see that they are out of alignment and normally do a slight eye strain causing their brain to act and a perfect alignment will come.

Description

BRIEF DESCRIPTION OF DRAWINGS

[0005] FIG. 1, A GRAPHIC OBJECT 40 OF ANY SHAPE WITH TWO PARTS 10 OR 20 SEPARATED ON A HORIZONTAL PLAIN WITH A SEPARATED 40.

[0006] FIG. 2, CAMERA OR ANY OTHER DEVICE 50 THAT CAN CAPTURE IMAGES TO FLOAT AN IMAGE FOR THE PURPOSE OF ALIGNMENT.

[0007] FIG. 3, AN AUTO HAVING TWO STABLE VERTICAL GRAPHICS 10 OR 20 ON A HORIZONAL LINE SEPARATED BY A DISTANCE WHILE 10 IS NORTH AND 20 IS SOUTH.

DETAILED DESCRIPTION

[0008] There are three drawings with (10, 20,30, 40, and 50) that Explain how eye alignment works. (Drawings FIG. 1) explains how eye alignment works with human eyes. (Drawings FIG. 2)-explains visual alignment for cameras. (Drawings FIG. 3) explains how it is possible to use the principle in (Drawings FIG. 1) with different methods for the accomplishment of visual alignment for self driving vehicles. The player of the game learns a simple procedure of Float the Ball. The players use A FLOAT THE BALL BOARD (FTB) that is letter size 8 by 11 and 15/8 thick for the purpose of floating the ball. There are two balls on the front of the FTB with two different faces. Their names are Yuan and Rocky. Disclosure of the imbedded new way for eye alignment is on Yuan and Rockies Face. Yuan is missing his lower lip and Rocky Is missing his upper Lip. The players look at Yuan and Rocky on their FTB and shift their focus to reading distance and a third ball floats in the air called Ole Rock. Ole Rock now has lips that are proven to be in Perfect alignment.

SUMMARY

[0009] Disclokd is a new way to know if your eyes are out of alignment. This discovery is Imbedded in a game of fun that will strengthen the player's eye muscles and if Their eyes are out of alignment they will be able to easily correct the problem As they play the game. There are three drawings with (10, 20, 30, 40, and 50) that Expain how eye alignment works. (Drawings FIG. 1) explains how eye alignment works with human eyes. (Drawings FIG. 2) explains visual alignment for cameras. (Drawings FIG. 3) explains how it is possible to use the principle in (Drawings FIG. 1) with different methods for the accomplishment of visual alignment for self driving vehicles. The player of the game learns a simple procedure of Float the Ball. The players use A FLOAT THE BALL BOARD (FIB) that is letter size 8 by 11 and 15/8 thick for the purpose of floating the ball. There are two balls on the front of the FTB with two different faces. Their names are Yuan and Rocky. Disclosure of the imbedded new way for eye alignment is on Yuan and Rockies Face. Yuan is missing his lower lip and Rocky Is missing his upper lip. The players look at Yuan and Rocky on their FTB and shift their focus to reading distance and a third ball floats in the air called Ole Rock. Ole Rock now has lips that are proven to be In Perfect alignment.

[0010] As shown in FIG.1, a graphic object (40) of any shape with two parts (10 or 20) separated on a horizontal plain with a Separation (10 and 20) must have identical vertical extremes. The (10 or 20) graphics can connect their Flat side above or Below a Horizontal line (30) for the purpose of setting up an arrangement to float the Ball. Human eyes can look at (10, 20) from a distance as above mentioned graphic object (40). While gazing at (40); human eyes can change their focus to a closer distance and cause (10 and 20) to fuse and become one (50). The choice of Lips (50) can be of unlimited shapes that could be utilized. When (50) Occurs; It should be a perfect fit of the upper and lower lips. When the vertical extremes of the Lips (50) exactly match you have proved that you have perfect eye alignment. The above mentioned Methodology could be useful for synchronization of any form that requires vision alignment.

[0011] The individual graphics (10, 20) are placed on a horizontal line according to a 90 degree direction of a visual machine. (10 or 20) are on top of the line (30) and (10 or 20) are on the bottom of (30) at a determined distance.

[0012] In order to align cameras and visual machines it is necessary to gaze on (10 and 20) and change focus to a nearer focus. This is where human and artificial eyes part. The image (50) would only be seen by the camera or visual machine. The interception of (50) would have to be imbedded with some means of laser, digital, or other means.

[0013] FIG. 2 Cameras or any devices that can capture images can have the ability to float an image for the purpose of alignment and if they are paired in lockstep fashion? One camera with two built in devices that can capture Images similar to the operation of human eyes could be more effective. If the previous mentioned devices have the capability of rapid change focus ability they should be successful in keeping their. Devices in alignment. Please refer to drawings in Fig.1 for basic explanations and similarities. You will find the same numbers on drawings FIG. 1 as drawing FIG. 2 in order to illustrate the similarity.

[0014] The alignment for machine vision could be similar to human vision. The Human brain competition is Making exciting work times for our engineers. Engineers are making progress as each day goes by, in The pursuit of methods that accomplishes similar tasks as human brains accomplish. In the Very near future vehicles will be on our highways operating without human control. The vision Component is vital. The principle of human eye alignment can be utilized in many ways. Constant Monitoring and vision correction will add assurance to the passengers that will be utilizing the advanced Vehicles. The methodology explained in FIG. 1 can be used with digital, laser, or any means to use vision Seeing two stable vertical graphics (10 or 20) on a horizontal line (30) separated by a distance while (10) Is North and (20) is South. The width of the graphic or object has to be exactly the same at the part that Touches the horizontal Line (30). The numbers in FIGS. 2 and 3 are the same as drawings in FIG. 1 in order To see the similarities. Notice that 10 and 20 are mounted on the car. The reason for the mounting is That continuous alignment operation needs a stable horizontal foundation.

[0015] There are many changes in the auto industry. Self driving vehicles are becoming the next big change in that industry. The visual systems have made monumental steps to become similar to human vision. The method of visional alignment illustrated in the subject invention could be adapted to many visual systems. The principal of the invention would be economically advantageous to this industry.

Man Made Vision

[0016] As shown in FIG. 3 two objects mounted on a vehicle shaped as graphics (10 and 20) could be used in the auto industry. The visual system could focus on the objects (10, 20) and change focus to near while receiving image or other to determine if lips (50) are perfect.

[0017] There are many changes in the auto industry. Self driving vehicles are becoming the next big change in that industry. The visual systems have made monumental steps to become similar to human vision. The method of visional alignment illustrated in the subject invention could be adapted to many visual systems. The principal of the invention would be economically advantageous to this industry.

Man Made Vision

[0018] As shown in FIG. 3 two objects mounted on a vehicle shaped as graphics (10 and 20) could be used in the auto industry. The visual system could focus on the objects (10, 20) and change focus to near while receiving image or other to determine it ups (50) are perfect.