什么是分形机器人?构造、移动方法和应用

分形机器人保证了像人类技术的每一部分一样的转化。这些机器人可以用立方体形状的砖块建造,由PC控制来修改机器人的形状,并将其排列成不同的形状。砖块上装有一个马达,既可以移动,也可以洗牌,以改变形状,制造不同的物体。这项技术有潜力像人类一样在研究、医学、建筑等各个领域发挥作用。这些机器人用于建筑领域建造建筑物、医疗操作和实验室进行实验。这项技术被称为数字物质控制,实现这一点可以用机器,即机器人立方体。这种技术被称为分形机器人技术。分形机器人包括一个自我修复设施,使他们可以继续轻松地没有人为干扰。本文概述了introduction and principal of fractal robots,这些机器人的作用和能力可以决定我们的期望。

What are Fractal Robots?

分形机器人是一组均匀分布的电子立方体,其功能是一个操作系统(操作系统). 这些机器人内置了硬件和软件。这些机器人的运动可以由放置在立方体中的嵌入式芯片控制。这些立方体的预期尺寸从1000到10000个原子宽不等。


分形是结构中具有相似统计性质的几何图形。无论你在哪里观察到这其中的任何一个元素,那么它都将与整个事物相比较。分形被用来描述结构。

分形机器人
分形机器人

分形机器人装置

The fractal robot apparatus includes the following.

  • Construction of Fractal Robot
  • 分形机器人Movement Mechanism
  • 计算机控制实现
  • Fractal Operating System
  • Fractal-Bus
分形机器人装置
分形机器人装置

Construction of Fractal Robot

The construction of fractal robot is not easy, because one should take a lot of efforts in making these robots. The robot design includes the smallest amount of moving parts so that they can be mass generated. The required materials of this project made easy in the market, and the materials used to make this robot are plastic as well as metals that are obtainable in developed countries whereas clays and ceramics are environmental materials which are obtainable in expanding nations.

这些机器人can be constructed from faceplates that are designed as well as fixed to a cubic border. Every Faceplate in fractal robot contains an electrical connection pad that permits power as well as data signals for transmitting from one cube to another cube.


分形机器人Construction
分形机器人Construction

分形机器人Movement Mechanism

To monitor the inner system, the representation of the plates is the most essential thing. The motor assists the plates to drive in the slots as well as outer the slots. The motor can be used to run the petals with the help of a metal strip.

计算机控制实现

The robotic cubescontain a microcontrollerto do the basic operations such as the swap of information & the inner method control. The essential equipment of a fractal robot is the software.

Fractal Operating System

The operating system of a fractal robot plays a vital role and the features of this system include the following objectives

  • 信息的明确陈述
  • Data can be compared at every level
  • The built-in self-repair awareness

Fractal-Bus

分形总线是分形PC机的一个重要发展方向,它允许硬件和软件嵌入到单一的数据排列中。

  • It assists in transmitting (or) receiving the information which is functioned with the fractal features.

移动方式

有几种设计方法可用于立方体和这些来在不同的大小,虽然运动方法总是相似的。除了密度之外,立方体只在数字位置之间移动,并遵循指令向右、向左、向前、向后、向上和向下移动。

If the cube cannot execute a function, then it turns back. If it cannot perform that also, the software in the cube begins self-repair algorithms. The basic movements methods of these are classified into three namely pick & place, L-steamers, and N-steamers.

分形机器人运动方法
分形机器人运动方法

Pick & Place Method

Pick & place很容易知道,并且发布了一个多维数据集的编译指令,建议每个多维数据集从何处退出。一条517立方体的指令向左移动2个位置,这些结果在一个简单的立方体中是在整个装置中移动的。

N-Streamers

  • 一个立方体被从外面推出,然后一个额外的立方体被转移到空的地方。移动的立方体连接到上升杆的末端,并再次推到上升杆上。
  • 对于桥梁建设的应用,触手是垂直发展,使高职位。

L-Streamers

  • L-form cubes are denoted with numbers namely 4, 5 and 6 and these numbers are connected to a rod denoted with numbers namely 1, 2 and 3
  • 一个新的立方体“7”是附加的,以便杆发展与一个立方体。
  • 将6和7个立方体移动到5、6和7的位置以形成L形。

分形机器人的应用

The main applications of fractal robot include the following.

  • Fire Fighting
  • Earthquake Application
  • Bridge Construction
  • 国防科技
  • Space Applications
  • 医疗应用

分形机器人的局限性

分形机器人的局限性包括以下几个方面。

  • Nowadays, the fractal robot is very costly.
  • 应用科学的发展还处于初级阶段
  • The Fractal Robot needs precise software to run

Thus, this is all about the fractal robot and its applications. This分形机器人技术五年前被介绍到世界各地。但是一旦我们经历了它最初的步骤和优点,那么它就不会在我们的日常生活中花费更多的时间来利用。使用这些机器人将有助于节省时间和经济。设计这种机器人所需的材料是经济的。这里有一个问题,分形机器人的功能是什么?

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