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Unlike devices you currently have where the sensor for communication with a remote control is built into the device Media Center PCs wisely use a remote sensor that can be positioned away from the computer This enables you to place it anywhere you like in view of your remote control and to put your Media Center PC in a cabinet or out of sight You will also nd remote sensors to control your cable or satellite set-top box These are usually very small RF devices that you place close to, or attach to, your set-top box They are the devices that change channels They perform the exact same function as the remote control you currently use In a Media Center PC system, your computer will control channel changing on your set-top box using the remote sensor controller Your system may come with either one or two such devices.

Best of all, the shortcuts work even when the toolbox is hidden. The only reason I even look at the toolbox is to monitor which tool is selected, so I don t get confused. Figure D-4 tells the whole, wonderful story. Press the appropriate key, as shown in the figure no Ctrl, Alt, or other modifiers required. Many of the shortcuts make sense. M selects the marquee tool, L is for lasso tool. But then there are the weird ones, such as O for dOdge, R for bluR, and my favorite, I for I-dropper.

Finally, if your system is equipped with a single or dual TV tuner card, there may be some basic video connection cables and adapters Typically you will nd a coaxial cable for connecting the video source (set-top box or antenna) to your Media Center PC There may also be an adapter for connecting an S-Video connector to a composite video source..

139 Testing the Parallelism and Flatness of the Faces of Rods, Bars, and Plates Frequently, the need for testing the parallelism and the atness of two opposite faces in a rod, plate, or bar arises If the plate to be tested is transparent and has a highly homogeneous refractive index, the problem is not so complicated If the refractive index of the material is inhomogeneous or if it is not transparent, special techniques have to be developed Vannoni and Molezini (2004) described a con guration for this purpose, as illustrated in Figure 124 The rst step is to adjust the interferometer to produce the minimum number of fringes without the plate or rod to be tested The eld of view will show the fringes due to any possible defect in the right angle prism Then the plate is inserted as shown in the gure 1310.

Plastic Plastic Separation Both dry and wet processes can be used to separate one plastic from another in a recycling operation The most common wet separation methods are based on differences in density between particles of different plastics [1, 2, 10, 49] Density is a bulk property of the plastic Unfortunately, many factors beyond polymer type affect density Plastic particles can also show differences in surface properties Plastic plastic separation methods based on surface property differences include triboelectric separation [75] (a dry process) and froth otation [75] (a wet process) Density-based and surfaceproperty-based methods for separating a stream of mixed plastics are covered in the following sections Density-Based Wet Methods The most widely used and accepted techniques to separate mixed plastics are based on density because many plastics differ suf ciently in this material property [10, 49, 76, 77].

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It can be used to separate polymers within the same family containing different additives in many cases As these techniques are based on differences in a bulk material property, they are more predictable and reliable than separation techniques exploiting only surface-sensitive properties that can more easily vary with surface contamination such as dirt, oils, coatings, and the like and with environmental exposure such as ultraviolet (UV) degradation or oxidation Plastic resins cover a very wide density range from less than 1 g/cm3 to over 15 g/cm3 Some representative values are shown in Table 1413 The standard procedure for density-based separation is to place the mixture in a medium having a density between that of the targeted material and the other materials.