The key to ensuring the quality of the welded joints of aluminum basket basket welding machines and improving its reliability is to use advanced methods and equipment to implement quality control in the production process. Especially due to the extensiveness, importance, and representativeness of the spot welding process, spot welding quality control technology has always been the frontier and hot spot in the field of aluminum basket basket welding machines. As we all know, the spot welding process is a highly nonlinear, multi-variable coupling and a large number of random uncertainties. It has its own characteristics, such as extremely short nucleation time, unobservable in a closed state, and difficulty in feature signal extraction. This results in the welding spot quality parameters (nugget diameter, strength, etc.) that cannot be detected directly, but only through some spot welding process parameters (welding current, inter-electrode voltage, dynamic resistance, energy, thermal expansion electrode displacement, acoustic emission, infrared radiation, and Ultrasonic, etc.) Indirect inference, which greatly affects the accuracy and reliability of spot welding quality monitoring. After a long period of exploration and practice, researchers have obtained the following consensus: The development of multi-parameter integrated monitoring technology for aluminum basket basket welding machines is an effective way to improve spot welding quality monitoring accuracy, that is, to make full use of monitoring information and adopt reasonable modeling. The means to establish a reasonable multiple nonlinear monitoring model and to provide accurate and reliable spot welding quality information within a wide range of conditions is the key to quality control technology. Research shows that fuzzy logic theory, numerical simulation technology and expert systems are expected to solve the real direct control of spot welding quality and push the research of spot welding quality control technology to a peak.
A laminate lighting system is a special lighting technology used to provide lighting effects for display and display devices such as laminates and display cabinets. Laminates are usually made of transparent or translucent materials, such as glass, acrylic, etc., to display products or items.
Laminate lighting By installing lamps under or on the side of the laminate, the light shines directly onto the laminate, achieving the highlight of the display items and creating an attractive effect. Common lighting methods include:
Laminate backlight lighting: The light is installed behind the laminate, and through the transparency of the laminate, the item shows a bright and uniform effect under the illumination of the light. In this way, the display items can look more vivid and eye-catching.
Laminate sidelight lighting: The light is installed on the side of the laminate, so that the light comes in from the side, through the refraction and reflection of the laminate, evenly illuminating the display items. In this way, the texture and details of the item can be highlighted, enhancing its attractiveness.
Laminate point lighting: The use of small, high-brightness lamps to focus the light on a specific location to highlight the focus or specific part of the display item. This is often used to highlight a product or specific detail to create a unique visual effect.
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