Abstract: An air temperature adjusting system includes a gas-liquid mixing device, a temperature adjusting device, a gas-liquid separating device and a gas-liquid circulating device for driving gas-liquid to move among the gas-liquid mixing device, the temperature adjusting device and the gas-liquid separating device. The gas-liquid mixing device is for absorbing air into liquid to mix the air with the liquid and bringing a mixture of the air and the liquid into the gas-liquid separating device after a temperature of the mixture is adjusted by the temperature adjusting device; and the gas-liquid separating device is for separating the air with the liquid. The gas-liquid mixing device includes at least one T-shaped pipe, wherein a main pipe of each T-shaped pipe is interconnected; a branch pipe of each T-shaped pipe has an opening intercommunicated to the air.

Abstract: A three-dimensional stereoscopic imaging method includes: longitudinally slicing a three-dimensional scene according to a physical depth of field to produce several two-dimensional layers; respectively displaying each two-dimensional layer on each different two-dimensional display window to form several two-dimensional pictures; polarizing light emitted from the two-dimensional display windows to transmit the light into human eyes, in such a manner that the human eyes are able to perceive the images of all the pictures, and splicing the images of all the two-dimensional pictures into an image of the original three-dimensional scene. The method realizes a three-dimensional stereoscopic imaging by simulating a real physical depth of field generated by human eyes perceiving a real three-dimensional stereoscopic image. Viewers are able to see a three-dimensional scene without wearing glasses. A three-dimensional stereoscopic imaging system and an imaging device thereof are further provided.

Abstract: An air temperature adjusting system includes a gas-liquid mixing device (11), a temperature adjusting device (12), a gas-liquid separating device (13) and a gas-liquid circulating device (14) for driving gas-liquid to move among the gas-liquid mixing device (11), the temperature adjusting device (12) and the gas-liquid separating device (13). The gas-liquid mixing device (11) is for absorbing air into liquid to mix the air with the liquid and bringing a mixture of the air and the liquid into the gas-liquid separating device (13) after a temperature of the mixture is adjusted by the temperature adjusting device (12); and the gas-liquid separating device (13) is for separating the air with the liquid, wherein the separated air flows out via the gas-liquid separating device (13).

Abstract: A three-dimensional stereoscopic imaging method includes: longitudinally slicing a three-dimensional scene according to a physical depth of field to produce several two-dimensional layers; respectively displaying each two-dimensional layer on each different two-dimensional display window to form several two-dimensional pictures; polarizing light emitted from the two-dimensional display windows to transmit the light into human eyes, in such a manner that the human eyes are able to perceive the images of all the pictures, and splicing the images of all the two-dimensional pictures into an image of the original three-dimensional scene. The method realizes a three-dimensional stereoscopic imaging by simulating a real physical depth of field generated by human eyes perceiving a real three-dimensional stereoscopic image. Viewers are able to see a three-dimensional scene without wearing glasses. A three-dimensional stereoscopic imaging system and an imaging device thereof are further provided.