Abstract: A lighting-on apparatus comprises at least one gate line pin and further comprises a gate line pin moving unit. The at least one gate line pin is moved by the gate line pin moving unit so that the at least one gate line pin corresponds with a gate line interface of a liquid crystal display panel under test. The lighting-on apparatus according to the embodiments of the present disclosure is configured to perform a test on the liquid crystal display panel, and is capable of simplifying test work of liquid crystal display panels, saving test time and cost, and improving work efficiency.

Abstract: The present invention discloses an array substrate, a method for fabricating the same, and a display apparatus. The array substrate is provided with a plurality of signal lines in a peripheral area, at least two adhesion layers of different thicknesses are provided at positions of each signal line where the signal lines are connected with a driving IC chip, and said adhesion layers are electrically connected via a conductive metal layer. The adhesion layer is designed to have at least two adhesion layers, instead of a single layer in the prior art. Two adhesion layers with different thicknesses are provided at a bonding position, and are connected via a conductive metal layer. Thus, it is possible to avoid the abnormity in bonding due to difference in thickness and offset between metal layers, thus reducing poor wiring due to abnormity in bonding and improving quality of products.

Abstract: A lighting-on apparatus comprises at least one gate line pin and further comprises a gate line pin moving unit. The at least one gate line pin is moved by the gate line pin moving unit so that the at least one gate line pin corresponds with a gate line interface of a liquid crystal display panel under test. The lighting-on apparatus according to the embodiments of the present disclosure is configured to perform a test on the liquid crystal display panel, and is capable of simplifying test work of liquid crystal display panels, saving test time and cost, and improving work efficiency.

Abstract: A magnetic resonance imaging (MRI) array coil system and method for breast imaging are provided. The MRI array coil system includes a top coil portion with two openings configured to receive therethrough objects to be imaged. The MRI array coil system further includes a bottom coil portion having two openings configured to access from sides of the bottom coil portion the objects to be imaged. The top coil portion and bottom coil portion each have a plurality of coil elements configured to provide parallel imaging.

Abstract: A magnetic resonance imaging (MRI) array coil system and method for breast imaging are provided. The MRI array coil system includes a top coil portion with two openings configured to receive therethrough objects to be imaged. The MRI array coil system further includes a bottom coil portion having two openings configured to access from sides of the bottom coil portion the objects to be imaged. The top coil portion and bottom coil portion each have a plurality of coil elements configured to provide parallel imaging.