Abstract: In the dicing machine, a parallel adjustment process between a cut-line of a blade and cut-line images displayed on a monitor can be easily performed. In the dicing machine, at least one of the first and second cut-line images displayed on the monitor is electronically moved by an image moving device so as to arrange the first and second cut-line images in the same straight line on the monitor. Thus, in the dicing machine of the present invention, the parallel adjustment can be easily performed as compared with the conventional dicing machine in which the parallel adjustment is mechanically performed by moving an imaging device.

Abstract: In the dicing machine, a parallel adjustment process between a cut-line of a blade and cut-line images displayed on a monitor can be easily performed. In the dicing machine, at least one of the first and second cut-line images displayed on the monitor is electronically moved by an image moving device so as to arrange the first and second cut-line images in the same straight line on the monitor. Thus, in the dicing machine of the present invention, the parallel adjustment can be easily performed as compared with the conventional dicing machine in which the parallel adjustment is mechanically performed by moving an imaging device.

Abstract: An earthquake-proof leg support structure (10) of an electronic apparatus comprising a leg (12) vertically downwardly extending from the outer case (1) and a dish-shaped leg support seat (20) to receive the leg (12). The leg support seat (20) includes a metal element (28) having an upper surface (22) over which the leg (12) slides and a peripheral flange (24) against which the leg (12) abuts, and a plastic liner (30) having a lower flat smooth surface (26) which is slidable on the floor. The lower end surface (14) of the leg is of a convex spherical shape and the upper surface (22) of the leg support seat includes a central surface portion (22a) of a concave spherical shape and a cone-shaped slope portion (22b) arranged around and tangential to the central surface portion, with the radius of curvature of the leg (12) being smaller than that of the upper surface (22) of the leg support seat (20 ).