Pro/E comprehensive skills tutorial: key technologies in NGINEER secondary development (2)
(1) Name the registration file protk.dat and put it in the Pro/E comprehensive skills tutorial: NGINEER startup directory.
(2) Put the registration file in the Pro/E comprehensive skills tutorial: NGINEER startup directory, and create a config.pro file in the startup directory, which sets the "TOOLK99v_REGISTRY_FILE *" statement, "*" is to register Register the file name.
(3) Name the registration file "protk.dat" and place it under the path "<Pro/E Comprehensive Skills Tutorial: NGINEER>/<MACHINE>/text/<LANGUAGE>", where <LANGUAGE> is running Pro/ E comprehensive skills tutorial: the language type selected when NGINEER.
(4) Name the registration file "protk.dat" and place it under the path "<Pro/E Comprehensive Skills Tutorial: NGINEER>/text".
In this way, just run the Pro/E comprehensive skills tutorial: NGINEER will automatically load the registration file and run the specified application. The template for the registration file protk.dat is under "~/proe2000i/protoolkit".
Content Settings <br> <br> environment settings file 4 Config.pro file is in text form will exist in the file named Config.pro of options and parameters, these documents can be used to edit general text editing software.
The Config.pro file sets the operating environment of the system, such as tool button settings, model display methods, and viewing angles. The Config.pro file should be placed in the Pro/E comprehensive skills tutorial: NGINEER startup directory, when the Pro / E comprehensive skills tutorial: NGINEER is started, the system will automatically load the environment settings file Config.pro. If the application is a secondary development program for a large number of assembly zeros, the following Config.pro will be very useful.
BELL NO
DISPLAY SHADE
DATUM_DISPLAY NO
DATUM_POINT_DISPLAY NO
DISPLAY_COORDINATE_SYS NO
AXIS_DISPLAY NO
SPIN_CENTER_DISPLAY NO
TOOLK99v_REGISTRY_FILE *
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Heat sink is a vital component that helps to dissipate heat from electronic devices. These devices generate heat as they operate, which can damage the internal components and cause malfunctions. In this article, we will explore what heat sinks are, how they work, and why they are important.
What is a heat sink?
A heat sink is a hardware device that is used to regulate the temperature of electronic components by dissipating heat. It is usually made out of an aluminum or copper plate with fins, which help to increase the surface area and improve the efficiency of heat transfer. Heat sinks are commonly used in electronic devices such as computers, power supplies, and mobile phones.
How do heat sinks work?
The purpose of a heat sink is to transfer heat from an electronic component to the surrounding environment. When electronic components such as CPUs or GPUs become hot, the heat is transferred to the metal plate of the heat sink. The heat sink then uses its fins to increase the surface area for the transfer of heat to the air. As the air flows over the fins, it absorbs the heat and carries it away, thus cooling the electronic component.
Why are heat sinks important?
Heat sinks play a significant role in ensuring that electronic devices function correctly and have an extended lifespan. Here are a few key reasons why heat sinks are important:
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Improved performance: When electronic components become too hot, they can malfunction or slow down. Heat sinks help to regulate the temperature of these components, allowing them to operate at their full potential.
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Extended lifespan: Overheating can cause damage to electronic components, leading to a shortened lifespan. Heat sinks help to prevent this by ensuring that the components are kept within their safe temperature range.
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Reliability: By preventing excessive overheating, heat sinks contribute to the overall reliability of electronic devices, reducing the risk of malfunctions and failures.
In summary, heat sinks are an essential component of electronic devices that help to regulate the temperature of electronic components. They improve performance, extend the lifespan of devices, and contribute to their overall reliability. Regular maintenance, cleaning, and replacement of damaged heat sinks are crucial for ensuring the optimal functioning of electronic devices.
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