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Let s consider the operating forces of the complete cam mechanism system from the input (usually an electrical motor) to the cam-follower working output There are transient forces that are more severe than the normal design (running) speed forces presented in latter chapters The following actions will be discussed: start and stop emergency stop interrupted drive Every cam-follower machine has speci c needs to control these transient operating forces Generally, smaller machines with lower inertias require simple equipment and heavy-mass machines need more elaborate controls of the actions Usually clutches or brakes are chosen They engage or activate by mechanical, pneumatic, hydraulic, electrical, or automatic means The operating principle of the brake clutch is positive contact (either jawed or toothed), friction contact, overrunning (by wedge relief), overload safety by shear pins (to be replaced), and magnetic and uid couplings In normal operation the machine must start, run at full speed, and stop These steps produce positive and negative inertia forces and inertia torques that in uence the input transmission The clutch/brake system can have a no-load start, manually or automatically controlled or have gradual, smooth pickup of speed and load It can also, when at full speed, have control of variable torque load and be stopped by dynamic braking In emergency operation, we have overload protection and stopping of the machine The clutch functions, reacting to transient and infrequent overloads, to limit the speed and the torque, and for automatic overload release, dynamic braking and backstopping Also, positive-drive shear pins may be utilized to protect the system These pins are designed to break and are replaced after every failure Interrupted drive operation carries a special design need for cam mechanisms to be

or display option has little effect It does, however, work correctly for Oracle and SQL Server databases

Method public void Sort(int index, int count, IComparer<T> comparer) public T[ ] ToArray( ) public void TrimExcess( )

Description Sorts a portion of the collection using the specified comparison object The sort begins at index and runs for count elements If comparer is null, the default comparer for each object is used Returns an array that contains copies of the elements of the invoking object Reduces the capacity of the invoking list so that it is no more than 10 percent greater than the number of elements that it currently holds

deliberately and rapidly started and stopped for functional reasons A case in point is a cam-driven indexing mechanism whose input is interrupted by an electromagnetic clutch/brake unit, either to make the mechanism cycle on demand or to produce an extended dwell period The same system can also be applied when inching and jogging is desired and also indexing and load positioning Figure 86 shows a simpli ed sketch of a cam indexing mechanism These connected parts are the motor, clutch/brake, worm gear speed reducer, cam and follower, and the output load indexing disk A typical indexing system of this kind is used to explain the dynamics of an interrupted drive The same principles apply to any means of accelerating or decelerating the input of any cam system, provided that a constant input torque is used for the purpose Any friction clutch or friction brake can be assumed to apply a torque that is approximately constant A common device used for interrupting a cam drive is a braked motor for which, although its start-up torque varies considerably as it speeds up, its peak start-up torque can be used as if it were constant to arrive at a safe design

8:

TABLE 25-15

A Sampling of Methods De ned by List<T> (continued)

A helical-spring loaded cam rotates at 1200 rpm with a translating roller follower The actions are: (a) the follower rises 11/4 in in 160 of cam rotation; (b) a dwell for 20 ; (c) the fall same as the rise; (d) a dwell again for 20 Furthermore, an asymmetrical parabolic curve will be utilized having the positive acceleration three times the negative acceleration to keep the spring size and surface stresses small The parabolic curve, which is of course a poor choice on the basis of vibratory effect, is presented for ease of calculations The follower linkage weighs 2 lb, and the external force on the system is constant at 10 lb Design the spring with a margin of safety of at least 7 lb in excess of the forces tending to eliminate constraint of the follower on the cam This will compensate for friction, errors, etc

Purpose For tables with many columns, Designer will display the first n columns in the structure pane and use an ellipsis to indicate that more columns exist in the table Displays a shadow box around the table name Aliases are described later in this chapter, in the section Aliases This check box will allow you to see both the alias name used in the universe and the physical table name in the underlying RDBMS