Abstract: A method for automatic optical inspection includes (i) receiving an image of an object, (ii) classifying the image of the object as one of a plurality of categories by a classification model, (iii) determining a label for the image of the object as being qualified if the category obtained by the classification model is a first category, and (iv) performing defect measurement for the image by a segmentation model and determining a label for the image as being qualified or unqualified based on the defect measurement obtained by the segmentation model if the category obtained by the classification model is a second category.

Abstract: A wall mounting bracket and a wall mounting device are provided. The wall mounting bracket includes a fixing component, an adjusting component, a mounting component, and at least one locking component. A first guiding groove is defined on the fixing component, a first side of the fixing component facing away from the first guiding groove is fixed to a mounting surface. The adjusting component is disposed in the first guiding groove and is slidable in the first guiding groove along a first direction. Positioning grooves extending in the first direction are defined on at least one side of the adjusting component along the first direction. The mounting component is connected to the adjusting component and is configured to mount a product. The wall mounting bracket enables an easier and more efficient mounting process.

Abstract: A wall mounting bracket and a wall mounting device are provided. The wall mounting bracket includes a fixing component, an adjusting component, a mounting component, and at least one locking component. A first guiding groove is defined on the fixing component, a first side of the fixing component facing away from the first guiding groove is fixed to a mounting surface. The adjusting component is disposed in the first guiding groove and is slidable in the first guiding groove along a first direction. Positioning grooves extending in the first direction are defined on at least one side of the adjusting component along the first direction. The mounting component is connected to the adjusting component and is configured to mount a product. The wall mounting bracket enables an easier and more efficient mounting process.

Abstract: A method for automatic optical inspection includes (i) receiving an image of an object, (ii) classifying the image of the object as one of a plurality of categories by a classification model, (iii) determining a label for the image of the object as being qualified if the category obtained by the classification model is a first category, and (iv) performing defect measurement for the image by a segmentation model and determining a label for the image as being qualified or unqualified based on the defect measurement obtained by the segmentation model if the category obtained by the classification model is a second category.