AnyLogic 8.6更新的关键部分与物料处理库有关。现在，诸如AGV之类的运输工具的移动可以受到区域的限制，并且可以有条件地允许进入：通过运输车数量，计划，吞吐量等等。对于制造和仓库设置，可以以多种方式应用此功能，包括对门进行建模，限制操作机械（例如起重机）时的限制，以及避免在装货区域或交叉路口造成拥挤。
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起重机设备：如何使用物料搬运库
AnyLogic 8.4版本进行了多项重要更新，其中有一部分是关于物料搬运库的。我们新增了新的空间标记元素——the Crane（起重机）。通过这个元素可以创建工厂内的臂式起重机，同时也可以模拟施工现场的台式起重机以及执行装卸操作的机器人。The MoveByCrane模块可以移动物体，即使是在一些没有关联的输送带网络中。
在这里，我们将教您如何使用这些元素。用到的示例模型包括：MoveByCrane（起重机设备搬运）和Jib Cranes at Press Shop（冲压车间的悬臂起重机）。 准备好了吗？最后需要确保您安装了最新版本的AnyLogic，打开模型我们开始吧！
Cranes: How to use the Material Handling Library (part 4)
The AnyLogic 8.4 update comes with several important updates. One of them relates to the Material Handling Library. Now we have a new space markup element - the Crane.
Here, we will teach you how to use these new elements, using the example models: MoveByCrane and Jib Cranes at Press Shop. Let's go!
Video: Simulating a spiral conveyor*
A how-to video with a technique that can be applied in many areas, including for conveyors, roads and highways, railroads, and staircases.
This video shows how to quickly setup a spiral conveyor in AnyLogic, with guidance on layout, process logic, and 3D refinements. Take a look and pick up tips for your AnyLogic simulation modeling...
Solar Panel Production: How to use the Material Handling Library (Part 3)
The material Handling Library is a major part of AnyLogic and this ‘how-to’ explores how to get started with the library. It is the third in a series – the first two beginning with the basic functionality of the library and how to model conveyors and transporters.
In this part we will look at the processes and elements on a solar panel production line. Let's get started!
Online course for AnyLogic – agent based and discrete event modeling
You won’t hear any apologies from the AnyLogic developers about needing to learn some code to get the most from AnyLogic simulation modeling. The fact is, a little upfront learning makes model development faster and simpler in the long run. But, if you are new to the software, how to get this training?