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The three pertinent factors involved in determining the minimum cam size are pressure angle, pro le curvature, and hub size The pressure angle is the steepness of the cam and therefore determines the side thrust or wear of the translating roller follower in its bearing guide and the performance of an oscillating roller follower This side thrust exists only during the rise, ie, when the follower motion is in the opposite direction to the follower load The maximum pressure angle should be made as small as possible during this action For the roller follower, this is done by having the coef cient of friction and the follower stem overhang small and the follower bearing long, with the stem as rigid as possible With at-faced followers, the pressure angle, being constant (usually equal to zero), is not of design consideration Also, the side thrust pressure angle effects do not exist with properly designed oscillating followers For most machines having translating roller followers, the maximum pressure angle is 30 or less, but the author has gone as high as 475 deg with light loads and rigid, lowfriction linkages, such as linear ball bearings Reduction in pressure angle may be achieved by using a larger cam, an offset follower, a different cam curve, or a secondary follower Equation 613 may be used to establish the roller follower cam size for cylindrical cams and for yielding acceptable accuracy for radial cams We have seen that not all cams can be constructed to give the desired motion to the followers This condition, called undercutting, is attributed to the follower surface radius of curvature, the follower acceleration, and the cam size In concave pro les using roller followers, the acceleration at q = 0 generally controls In convex pro les, using either a roller or at-faced follower, the maximum negative acceleration controls The easiest solution to this problem of undercutting is to employ a larger cam Furthermore, without undercutting, sharp corners may be produced in the cam pro le Last, the hub or shaft size is another limiting factor in determining the minimum cam size.

Here, name specifies the name of an executable file that will be executed or a file that is associated with an executable When a process that you create ends, call Close( ) to free the memory associated with that process It is shown here: public void Close( ) You can terminate a process in two ways If the process is a Windows GUI application, then to terminate the process, call CloseMainWindow( ), shown here: public bool CloseMainWindow( ) This method sends a message to the process, instructing it to stop It returns true if the message was received It returns false if the application was not a GUI application, or does not have a main window Furthermore, CloseMainWindow( ) is only a request to shut down If the application ignores the request, the application will not be terminated To positively terminate a process, call Kill( ), as shown here: public void Kill( ) Use Kill( ) carefully It causes an uncontrolled termination of the process Any unsaved data associated with the process will most likely be lost You can wait for a process to end by calling WaitForExit( ) Its two forms are shown here: public void WaitForExit( ) public bool WaitForExit(int milliseconds) The first form waits until the process terminates The second waits for only the specified number of milliseconds The second form returns true if the process has terminated and false if it is still running The following program demonstrates how to create, wait for, and close a process It starts the standard Windows utility program WordPadexe It then waits for WordPad to end

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You Try It: Calculate (d/dx) ln[Cos 1 x] and (d/dx) exp[Sin 1 x]

// Starting a new process using System; using SystemDiagnostics; class StartProcess { static void Main() { Process newProc = ProcessStart("wordpadexe"); ConsoleWriteLine("New process started"); newProcWaitForExit(); newProcClose(); // free resources ConsoleWriteLine("New process ended"); } }

71 INTRODUCTION 177 72 LOCAL PROPERTIES OF THE CAM PROFILE 177 73 GLOBAL PROPERTIES OF THE CAM PROFILE 184

When you run this program, WordPad will start, and you will see the message, New process started The program will then wait until you close WordPad Once WordPad has been terminated, the final message New process ended is displayed

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