LED Outdoor Flood Light The main heat dissipation component of the lamp is made of ultra-high thermal conductivity aluminum material, and the heat dissipation is best to be a scale type or a copper column type or a heightened and stable long-life fan.
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The use of high-transmittance, high-refraction optical glass lens effectively improves the reflectivity, and ensures the light output, efficient and reasonable light distribution technology.
High-strength tempered glass, processed by a special process, has better light transmission and UV resistance.
Stable rectification, constant current drive LED power supply, instantaneous drive, power factor above 0.96 makes the power supply more efficient, 50,000 hours of operation without failure.IP67 waterproof rated.
Lathe function standard part digital preset system
A set of menus is automatically integrated into the new column of the original AntdCAD system menu—specifically, the "Fixture Standard Parts" menu. This allows users to test the "Shanghai Blade" menu directly within Auto-CAD R14. The fixture standard parts can be easily selected during the drawing process, enhancing workflow efficiency. These two menus are fully compatible with the AutdCAD system and can be accessed interchangeably. Additionally, users have the flexibility to customize the menus according to their specific needs, making the interface more tailored and user-friendly.
The dialog box definition part plays a crucial role in enabling human-computer interaction. Within this dialog box, key parameters for fixture standard parts are provided, including positioning elements like clamping members and knife-to-tool guides. It helps manage the support member and drives the dialog box to accept parameter inputs and function options. The library data and processing module are now digitally represented. The symbol library is created using circular shapes, while the system modules, technical requirements, and instructional documentation are clearly structured and easy to navigate.
The library section is divided into three parts: the annotation symbol library for labeling, the schematic slide library, and the standard parts database. During the parametric design of standard parts, two main data storage methods are available: in-program storage and external program storage. For small datasets, storing data directly within the program is efficient. Since AntoLISP uses a table-based format, it's convenient to store data internally due to its simplicity and ease of access.
For larger datasets, an external storage approach is preferred. In this method, data is stored in separate files, such as ACCESS, FOXPRO, or text files, and then read and processed by the program. This approach ensures reliability and scalability, especially when dealing with large volumes of information. This core section includes the processing procedures for standard parts, ensuring accurate and consistent results.
Addressing the key challenge in the design of fixture standard parts involves using prototypes. During parametric design, different size specifications require varying dimensions and shape configurations. This raises the issue of ensuring that each size of a standard part can use the same drawing commands as much as possible, while also allowing for variations between different types of fixtures.
Entity Application – Partial Magnification View Automatic Generation
When developing CAD software using AntoCAD, it's common to use the COM State Bianzhou D command to draw various shapes. However, selecting the correct target can be problematic. AutdCAD typically relies on point selection, which can lead to errors if the target isn't properly chosen. This often causes program interruptions or incorrect selections, especially when cutting lines. Selecting targets in complex shapes becomes particularly challenging, leading to inefficiencies and potential mistakes.