Nobuo Kihara

TL;DR: In this article, a vehicle assembling method includes the steps of assembling a lower body shell a including underbody portion having a front floor and front body portion, assembling an upper body shell, including a roof member and right and left body side panels, and assembling the upper body shells and the lower body shells, moving rearward the lower-body shell relative to the upperbody shell, and engaging transverse opposite side ends of the lower -body shell with lower end portions of the upper -body-shell to join the lower part with the upper-body to improve the workability of

TL;DR: In this paper, an assembly method to combine an upper body shell with a lower body shell consisting of an under body part BD and a front body part BF made separately from the under body BD or integrally with it after respectively assembling them separately.

TL;DR: Work patterns that can be set in production facilities A are a series work pattern in which a plurality of jobs on a workpiece loaded on an automated guided vehicle 100 are shared among a multiplicity of workstations (Series 1 to Series 4) set along a first path of movement paths of the guided vehicle.

TL;DR: In this article, a vehicle assembling method comprising steps of assembling lower body shell (BL) including underbody portion (BD) having a front floor and front body portion (BF), assembling upper body shell(BU) including roof member, right and left body side panels (11), and assembling the upper body shells (BU) and the lower bodyshell (BL), moving rearward the lower-body shell relative to the upperbody shell (BU), engaging transverse opposite side ends of the lower -shell with lower end portions of the upper -shell to join the lowerbody shell

TL;DR: In this paper, a PLC simulation part 5a, 5b verifying a sequence program of each facility and a three dimensional simulation part 3 are connected by a communication line to support the design of a production system wherein a plurality of facilities work in a coordinated manner.