Abstract: A woven polyester fabric with a trilobal construction and a 5% elastane content, and an outer laminated layer of polyurethane, with 250 GSM insulation. The fabric and clothing made from the fabric is waterproof, breathable, stretchable in 4 directions, and insulating to ?50 degrees Celsius. The fabric meets the standards defined by the testing standards ASTM D2034-2009; ASTM D1424-2009: ASTM D434-1995; ASTM D4970/D4970M-2010c1, ASTM D3107-07(R2011), AATCC 127, and JIS L1099 Method B-1:2006.

Abstract: A woven polyester fabric with a trilobal construction and a 5% elastane content, and an outer laminated layer of polyurethane, with 250 GSM insulation. The fabric and clothing made from the fabric is waterproof, breathable, stretchable in 4 directions, and insulating to ?50 degrees Celsius. The fabric meets the standards defined by the testing standards ASTM D2034-2009; ASTM D1424-2009: ASTM D434-1995; ASTM D4970/D4970M-2010cl, ASTM D3107-07(R2011), AATCC 127, and JIS L1099 Method B-1:2006.

Abstract: A method for operating a networked interactive game system is provided. An input command generated by a local user of a local game system that controls a local object of an interactive game may be received. A state for the local object in the present game frame may be predicted based on the input command. State data of a first object of the interactive game that was determined in a network simulation of a previous game frame may be retrieved. A global object of the interactive game in the present game frame may be course-corrected to be aligned with the global object in the previous game frame using the predicted state for the local object in the present game frame and the state data of the first object of the previous game frame. The present game frame may be rendered with the course-corrected global object.

Abstract: A process for making retarder film characterized by laminating onto a substrate in sequence an alignment layer and a retardation material. In the process where the alignment layer of the retarder film is cured by ultraviolet light to undergo crosslinking reaction, the alignment layer is exposed to air or inert gas (with oxygen content no less than 1%) and provided with O.5 wt %˜10 wt % photoinitiator to achieve better adhesion to the substrate. At the same time, proper amount of active acrylate residue is left on the surface of alignment layer to facilitate subsequently the adhesion of retardation material thereon. This process results in polarizer with built-in retarder. Consequently, not only the polarizer has larger viewing ranges and better displaying quality because of the effect of optical compensation, the thickness of the polarizer is also smaller, and its transparency and optic characteristics are better than prior art.

Abstract: A polarizer with built-in retarder is accomplished by employing the retarder directly inside the polarizer to replace one of the transparent substrates of the polarizer, such that the polarizer is substantially built-in with the retarder. Not only the polarizer has larger visible ranges and better displaying quality because of the effect of optic compensation, the thickness of the polarizer is also smaller, and its transparency and optic characteristics are better than prior art polarizer.