Display Format For 3D And 2D Images - Sharp AQUOS LC-46LE925RU Operation Manual

Enjoying 3D image viewing
You can use special 3D glasses to watch 3D-supported images on this TV.
• You can enjoy 3D movies on this TV by viewing the movie through the 3D glasses supplied with the TV or through optional 3D glasses
sold separately.
• To produce 3D images, liquid crystal shutters in the 3D glasses alternately open and close imperceptibly fast to exactly match alternating
left and right video images displayed by the TV.
• Not all consumers can experience and enjoy 3D TV. Some people suffer from stereo blindness which prevents them from perceiving the
intended depth of 3D entertainment. Also, some people who watch 3D programming may experience initial feelings of motion sickness
as they adjust to the picture. Others may experience headaches, eye fatigue or continued motion sickness. Like a roller coaster, the
experience is not for everyone.
CAUTION
• The 3D glasses are precision equipment. Handle them with care.
• Improper use of the 3D glasses or failure to follow these instructions can result in eye strain.
• If you experience dizziness, nausea, or other discomfort while viewing 3D images, immediately discontinue use of the 3D glasses. Using
the binocular disparity 3D system of this TV with incompatible 3D broadcasts or software can make images appear with a cross talk blur
or create overlapping images.
• When viewing 3D images continuously, be sure to take a break periodically to prevent eye strain.
• If you are nearsighted or farsighted or have astigmatism or a different level of eyesight between the left and right eyes, you should take
the necessary steps, such as wearing eyeglasses, to correct your eyesight before viewing 3D images. The 3D glasses can be worn over
eyeglasses.
• When viewing 3D images, keep the 3D glasses horizontally level with the TV screen. If you tilt the 3D glasses with respect to the TV
screen, the images viewed by the left and right eyes may appear significantly different or images may appear overlapping.
• View 3D images at the appropriate distance from the TV screen. The recommended distance is three times the effective height of the TV
screen.
Examples of recommended distances:
46-inch screen: Approx. 1.7 m
60-inch screen: Approx. 2.2 m
Viewing should not be done closer than the recommended distance.
• Be careful of your surroundings when viewing 3D images. When you view 3D images, objects may appear at a distance closer or farther
than the actual TV screen. This may cause you to misjudge the distance to the TV screen and possibly result in injury if you accidentally
hit the screen or surrounding objects.
• The 3D glasses are only recommended for people ages 5 and older.
• When children are viewing 3D images, be sure a parent or guardian is present. Monitor children viewing 3D images, and if they show
signs of discomfort, immediately discontinue use of the 3D glasses.
• People with a known history of photosensitivity and people with heart problems or poor health should not use the 3D glasses. This can
worsen existing health conditions.
• Do not use the 3D glasses for other purposes (such as general eyeglasses, sunglasses, or protective goggles).
• Do not use the 3D function or 3D glasses while walking or moving around. This may result in injuries due to running into objects, tripping,
and/or falling.
• When using the 3D glasses, take care not to accidentally strike the TV screen or other people. Viewing 3D images may cause you to
misjudge the distance to the TV screen and accidentally strike the screen, resulting in possible injury.

Display format for 3D and 2D images

2D s 3D
3D mode
(using the 3D Side by Side
glasses)
Top and Bottom
Side by Side s 2D
2D mode
(without using the
3D glasses)
Top and Bottom s 2D
Display format Displays for input signals Description
• Converts normal 2D images into 3D images.
• Creates 3D images from 3D images displayed
side by side. The image is split into a left and
right image, and then the images are stretched
and displayed sequentially to create a 3D image.
• Creates 3D images from 3D images displayed
on the top and bottom. The image is split into a
top and bottom image, and then the images are
stretched and displayed sequentially to create
a 3D image.
• Creates 2D images from 3D images displayed
side by side. Only the left image is stretched and
displayed. The image does not appear in 3D.
• Creates 2D images from 3D images displayed
on the top and bottom. Only the top image is
stretched and displayed. The image does not
appear in 3D.
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