Abstract: In the hydrocarbon oil production method, mixed oil containing atmospheric residue and deasphalted oil is brought into contact with a demetallizing catalyst in the presence of a hydrogen gas, and the mixed oil subjected to the demetallizing process is brought into contact with a desulfurizing catalyst in the presence of a hydrogen gas. The demetallizing catalyst optionally includes a low-reactivity catalyst. A part of a metallic composition contained in the mixed oil is a decomposable metallic composition. The amount of vanadium in the decomposable metallic composition is x % relative to the amount of vanadium in a whole vanadium-containing compound, the volume of the low-reactivity catalyst is y vol % relative to the total demetallizing catalyst: 0<x100, 0<y?100, and x?50?y2.6x?99.

Abstract: In the hydrocarbon oil production method, mixed oil containing atmospheric residue and deasphalted oil is brought into contact with a demetallizing catalyst in the presence of a hydrogen gas, and the mixed oil subjected to the demetallizing process is brought into contact with a desulfurizing catalyst in the presence of a hydrogen gas. The demetallizing catalyst optionally includes a low-reactivity catalyst. A part of a metallic composition contained in the mixed oil is a decomposable metallic composition. The amount of vanadium in the decomposable metallic composition is x % relative to the amount of vanadium in a whole vanadium-containing compound, the volume of the low-reactivity catalyst is y vol % relative to the total demetallizing catalyst: 0<x 100, 0<y?100, and x?50?y 2.6x?99.

Abstract: The liquid crystal display device of the present invention is a liquid crystal display device where a light source (160) is disposed on the inner periphery of a liquid crystal module (100), which has a metal front frame (110) and a metal back cover (120), which constitute the housing of the liquid crystal module (100), and a conductive upper case (140) which is laid between a liquid crystal panel (130) and the light source (160) and has a frame having approximately the same shape as that of the front frame 110, in which perforated joints, which are bent vertically and integrally formed on the outer end portions of the front frame, the outer end portions of the upper case (140) and the outer end portions of the back cover (120) are severally provided at positions overlapping with each other when the liquid crystal module (100) is assembled, and the joints (143) of the upper case (140) are sandwiched between the joints (112) of the front frame and the joints (123) of the back cover (120) in order to make the jo

Abstract: The liquid crystal display device of the present invention is a liquid crystal display device where a light source (160) is disposed on the inner periphery of a liquid crystal module (100), which has a metal front frame (110) and a metal back cover (120), which constitute the housing of the liquid crystal module (100), and a conductive upper case (140) which is laid between a liquid crystal panel (130) and the light source (160) and has a frame having approximately the same shape as that of the front frame 110, in which perforated joints, which are bent vertically and integrally formed on the outer end portions of the front frame, the outer end portions of the upper case (140) and the outer end portions of the back cover (120) are severally provided at positions overlapping with each other when the liquid crystal module (100) is assembled, and the joints (143) of the upper case (140) are sandwiched between the joints (112) of the front frame and the joints (123) of the back cover (120) in order to make the jo