There is a small set screw on the side of the die itself. It all depends on the die being either a thread chasing die or not. Thread chasing dies are used to restore old threads and can't be adjusted. The set screw can be tightened or loosened accordingly to match the thread pitch.
when a spiral groove is cut over a hole, then it is nut thread. when a spiral groove is cut over a shaft, then it is screw thread.
An acme thread is the most commonly used.
it is what allows the screw to grip into the material its being screwed into. a screw without a thread is a nail
The major diameter is the diameter of the crest of the thread. Use a Vernier gage and mesure the diameter of the crest points of contact ( maximum external thread diameter). Unified National thread series defines the expected major diamter and tolerance. For internal threads ( nuts) the major diameter is the diameter of the roots of the thread.
Metric thread pitch is measured directly from crest to crest of the thread form. For example the distance from crest to crest of a M8 x 1.25 MM thread would be 1.25 MM. Another way to measure it would be linear travel per rotation, in which case a M8 x 1.25 MM thread would travel 1.25 MM each rotation.
No. If you want to start a new thread of execution, you need to call the start() method of the thread. Also, the run() is like any other java method and you can invoke it directly but if you do so, it would be called as part of the current programs thread and not as a new thread. When the start() method is invoked, the JVM creates a new thread and automatically calls the run() method and that is why a new thread gets started and not by calling run() directly.
No, Main is not a daemon thread in Java. its a non daemon or user thread. Also any thread stem from Main will be non daemon because daemon is derived from parent Thread status.
No. Each thread can have only one run method. You can overload the run method because it is just another java method but only the default run method with void return type will get called when you start the thread
To call repaint using a thread in a Java applet, you can use the repaint method directly within the run method of a Thread or within the run method of a Runnable that is executed by a Thread. Inside the run method, you can call repaint to update the applet's graphics. For example: public void init() { // ... Thread thread = new Thread(new Runnable() { public void run() { // Perform background tasks // ... repaint(); // Call repaint to update graphics } }); thread.start(); } Alternatively, you can also extend the Thread class itself and override its run method to include the repaint call.
I think you're referring to the Thread class, and how calling Thread.start() simply appears to call the Thread.run() method. What happens is that the start() method tells the Java Virtual Machine to actually create and run a new thread. If you manually call the run() method, then your Thread object will execute its code, but it will run like a normal method - that is to say it will not spawn a new thread in the JVM.
Once a thread begins executing its run() method, it continues execution until the run() method completes. If you're familiar with other thread models, you may know of a concept called thread suspension, where a thread is told to pause its execution. Later, the thread is resumed, which is to say that it is told to continue its execution. The Thread class contains suspend() and resume() methods, but they suffer from the same race condition problem as the stop() method, and they, too, are deprecated. It is possible for a thread to suspend its own execution for a specific period of time by calling the sleep() method. When a thread executes the sleep() method, it pauses for a given number of milliseconds, during which it is said to be asleep. When the pause time has elapsed, the thread wakes up and continues execution with the statements immediately following the sleep() method.
Thread exists in several states. A thread just created is in the born state. When the threads start method is called, it enters the runnable (ready) state. Then the system assigns a processor to the thread. A thread enters the dead state when its run method completes or terminates for any reason. When a sleep method is called in a running thread, that thread becomes ready after the designated sleep time expires. Even if a processor is available, sleeping thread can not use it. A running thread can enter a blocked state.
Auto.
In Java a Thread object has two methods that the programmer needs to know: start and run.run is where we put the code that we want to execute when the Thread begins.The start method is what tells the Java Virtual Machine that it should create a new thread and tell it to execute its run method.While you can make a call to thread.run() in order to execute the code in the run method, this will not actually make a new thread in the JVM, but will execute just like any normal method call.
synchronized
# New state - After the creations of Thread instance the thread is in this state but before the start() method invocation. At this point, the thread is considered not alive.# Runnable (Ready-to-run) state - A thread start its life from Runnable state. A thread first enters runnable state after the invoking of start() method but a thread can return to this state after either running, waiting, sleeping or coming back from blocked state also. On this state a thread is waiting for a turn on processor. # Running state - A thread is in running state that means the thread is currently executing. There are several ways to enter in Runnable state but there is only one way to enter in Running state: the scheduler select a thread from runnable pool.# Dead state - A thread can be considered dead when its run() method completes. If any thread comes on this state that means it cannot ever run again. # Blocked - A thread can enter in this state because of waiting the resources that are hold by another thread.
Get demin thread and sew it together.