首页> 外国专利> The storage for stowage support manner and the stowage support device of the baggage and the stowage support device which stores the calculation program and the stowage robot device null which has this stowage support

The storage for stowage support manner and the stowage support device of the baggage and the stowage support device which stores the calculation program and the stowage robot device null which has this stowage support

机译:行李支撑用存放装置,行李支撑装置,存储计算程序的行李支撑装置以及具有该行李支撑的行李机器人装置

摘要

PURPOSE:To shorten the calculation time and improve the volumetric efficiency by arranging a load so that the minimum dimension among the length, the width, and the height of a rectangular parallelopiped is in the vertical direction, and hereafter calculating the load as one whose upside-down arrangement is forbidden. CONSTITUTION:Article code numbers and number of articles input from a keyboard 11, or data from a forwarding information source 2 are taken in, and data required for calculation of loading are written by detecting a master table of articles Tm. In the case that upside-down arrangement is not forbidden in an article, three dimensional data of the article are rearranged in order of length width height, and stored data in respective tables are rewritten so that the minimum dimension is in the vertical direction. Articles to be loaded are charged to respective containers, and the loading is planned and calculated so as to obtain the minimum loaded space with the condition of only one side up, namely, of only rotation in the horizontal direction. The result is displayed on a display device 14. Further, loading command signals based on the calculation result are output to a robot control device 3 to control the loading movement of the robot 4.
机译:目的:为了缩短计算时间并提高体积效率,方法是将负载布置为使矩形平行四边形的长度,宽度和高度中的最小尺寸为垂直方向,然后将负载计算为向上的方向下放是禁止的。组成:从键盘11输入的商品代码号和商品​​数,或从转发信息源2输入的数据,并通过检测商品主表Tm写入计算装载量所需的数据。在物品中不禁止上下颠倒布置的情况下,物品的三维数据按长度>宽度>高度的顺序重新排列,并重写各个表中存储的数据,以使最小尺寸在垂直方向上。将要装载的物品装入相应的容器中,并计划和计算装载量,以便在仅一侧朝上(即仅沿水平方向旋转)的条件下获得最小装载空间。结果显示在显示装置14上。此外,基于计算结果的装载命令信号被输出到机器人控制装置3,以控制机器人4的装载运动。

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