Abstract: An exemplary flat panel display (1) includes a display body (10) and a stand (12) supporting the display body. The stand includes a base (13), and a slider (14) slidably engaged to the base. The slider is configured for moving the display body upwardly or downwardly relative to the base.

Abstract: An exemplary flat panel display (1) includes a display body (10) and a stand (12) supporting the display body. The stand includes a base (13), and a slider (14) slidably engaged to the base. The slider is configured for moving the display body upwardly or downwardly relative to the base.

Abstract: A connector for mounting on a printed wiring board includes a housing, contact terminals disposed in the housing, a fixing member, and a hood detachably connected to the housing with the fixing member. The contact terminals each have a contact pin to contact a mating connector and a terminal portion to contact a wiring pattern on the printed wiring board. The hood includes a protruding portion having an insertion hole, whereas the housing includes a cavity to accommodate the protruding portion and a vertical hole, with which the insertion hole is communicated when the protruding portion is accommodated in the cavity. The fixing member includes a projected rod. The projected rod is inserted into the vertical hole and the insertion hole, thereby allowing the hood to be detachably attached to the housing.

Abstract: A method for calculating a physical flow quantity of a fluid or magnetofluid propagating over a surface such as in a wind tunnel. The method includes the steps of setting a main mesh having predetermined mesh spacing relative to space and time. The method sets a sub-mesh having a mesh spacing smaller than that of the main mesh in space regions between points in the main mesh, in which the magnitude of inclination of the physical quantity is above a first preset level. Next, the method sets mesh points, at which the magnitude of inclination of the physical quantity is greater than a second level that is greater than the first level, as singular points. Thereafter, the method calculates, via a CIP method, the values at the mesh points of the main mesh after an increment of time (a mesh spacing of the main mesh over the time variable). The values at the mesh points of the sub-mesh after the increment of time are also calculated via the CIP method.