集团简介
焊接事业部
电池充电事业部
太阳能事业部
伏能士国际 EN 会员中心

焊接事业部

集团简介 电池充电事业部 太阳能事业部
EN
  • 关于我们

    关于我们

    焊接事业部 焊接维基百科

    合作伙伴计划

    伏能士合作伙伴计划

    信息中心

    焊接事业部新闻 产品资讯 活动 焊接杂志 焊接博客

    我们的客户

    Alu Menziken Euromotive GmbH Bilfinger Industrial Services Austria Aumayr GmbH 更多客户案例
  • 产品与服务

    手工焊

    MIG/MAG TIG MMA 多工艺焊接 TPS/i 碳钢版

    机器人焊

    MIG/MAG 单丝焊 MIG/MAG 高效焊 TIG 等离子焊 机器人辅助系统 电弧增材制造

    自动化

    应用 系统

    配件

    焊接防护用品 虚拟焊接培训系统 辅助设备

    服务

    我们的服务 原型制作与制造中心
  • 焊接解决方案

    焊接工艺

    MMA MIG/MAG TIG 多工艺焊接

    母材类型

    碳钢 铝及铝合金 不锈钢

    焊接相关内容

    焊接安全 自动化焊接 焊接数据收集 虚拟焊接培训系统 手机软件 焊接维基百科

    行业

    汽车 食品饮料加工 工程机械 发电站,石油和天然气
  • 数字化解决方案

    WeldCube

    WeldCube Premium WeldCube Basic WeldCube Light WeldCube Air

    Weldcube Navigator

    Weldcube Navigator

    WeldCube API

    WeldCube API

    User Management

    Central User Management

    WeldConnect

    WeldConnect
  • 联系我们

    联系我们

    国际总部 伏能士中国
  • 下载
  • 会员中心
  • 登录
  • 注册
  •  
    关于我们

    关于我们

    焊接事业部 焊接维基百科

    合作伙伴计划

    伏能士合作伙伴计划

    信息中心

    焊接事业部新闻 产品资讯 活动 焊接杂志 焊接博客

    我们的客户

    Alu Menziken Euromotive GmbH Bilfinger Industrial Services Austria Aumayr GmbH 更多客户案例
    收起
    产品与服务

    手工焊

    MIG/MAG TIG MMA 多工艺焊接 TPS/i 碳钢版

    机器人焊

    MIG/MAG 单丝焊 MIG/MAG 高效焊 TIG 等离子焊 机器人辅助系统 电弧增材制造

    自动化

    应用 系统

    配件

    焊接防护用品 虚拟焊接培训系统 辅助设备

    服务

    我们的服务 原型制作与制造中心
    收起
    焊接解决方案

    焊接工艺

    MMA MIG/MAG TIG 多工艺焊接

    母材类型

    碳钢 铝及铝合金 不锈钢

    焊接相关内容

    焊接安全 自动化焊接 焊接数据收集 虚拟焊接培训系统 手机软件 焊接维基百科

    行业

    汽车 食品饮料加工 工程机械 发电站,石油和天然气

    焊接维基百科:关于焊接的百科全书

    收起
    数字化解决方案

    WeldCube

    WeldCube Premium WeldCube Basic WeldCube Light WeldCube Air

    Weldcube Navigator

    Weldcube Navigator

    WeldCube API

    WeldCube API

    User Management

    Central User Management

    WeldConnect

    WeldConnect
    收起
    联系我们

    联系我们

    国际总部 伏能士中国
    收起

    ×

    联系我们

    伏能士(中国)总部

    电话: 86-21-26063200

    邮件: pw_sales_cn@fronius.com

    在线留言

    发送您的问题或需求,我们将尽快与您取得联系!

    《伏能士隐私政策》

    联系我们

    伏能士(中国)总部

    电话: 86-21-26063200

    邮件: pw_sales_cn@fronius.com

    ×

    在线留言

    发送您的问题或需求,我们将尽快与您取得联系!

    《伏能士隐私政策》

    ×

  • 首页 焊接事业部 关于我们 信息中心 焊接杂志

    COMPLEMENTING, NOT REPLACING

    HOW HUMAN BEINGS AND ROBOTS CAN WORK TOGETHER IN FUTURE

    07/27/2020

    Developments in robotics are rapidly forging ahead. The interplay between man and machine is no longer a vision of the future, but has instead become reality in many aspects of our private and working lives – including welding technology. But how do robots have to be designed so that we, as human beings, will feel safe with them, be able to work with them, and will not perceive these autonomous helpers as a threat? We put this question to Professor Martina Mara, the first professor of robopsychology in the world, at the Johannes Kepler University in Linz.

    Professor Mara, you call yourself a robopsychologist. What do you mean by that?

    The term “robopsychology” originates from science fiction author Isaac Asimov. There is a psychologist for the robots in his stories. We adopted the name for our research here in Linz, albeit with a reversal in meaning. For me, it is not about the psyche of the robots, but about human well-being. We are in the middle of a technological transformation. It is therefore important to think about how we are going to shape an automated future in which as many people as possible will feel at ease.

    In which aspects of life and work is the interaction between human beings and robots particularly relevant?

    The main ones that have already found their way into our daily life are the virtual robots, the so-called bots: Alexa & co. are appearing in more and more of our living rooms, and we interact with them verbally. By contrast, most people have hardly any experience with physical robots – if you look beyond automatic vacuum cleaners and lawnmowers. But this is likely to change in the next ten to twenty years. There are a lot of developments, especially in robotic mobility – such as transport robots to carry bedding or food from A to B in hospitals or nursing homes. Driverless cars will also come – not yet, perhaps, but in the next five years.

    There is currently a lot of discussion in the industry about “cobots”, or collaborative robots. What do you think about this development?

    At the moment, there is still very little real collaboration between human beings and robots. Where industrial robots are being used, they mostly still work in safety cages and behind barrier tape. But now that sensor systems are better, it will be possible to work together more closely. I believe that it is the mutual understanding of human beings and robots that is especially important here. What does a cobot have to inform its human team partner about, and when does it have to do it? How does it have to behave so that the human being feels safe and not too dominated, for example? I think that some people will be able to deal better with proactive robots, whereas others might prefer a reticent robot that basically just responds to commands. Cobots must also be designed for different expert levels: Someone who has yet to have any dealings with robots has quite different needs when interacting with the machine than someone who is used to it, or who already knows a lot about robotics.

    Many people are quite critical about the increased use of robots. In your opinion, how are we going to increase acceptance of the new technology?

    Human beings and robots should basically complement each other’s strengths; a robot should not copy the human being. Public discourse often focuses on humanoid and android robots, a unified being that threatens to replace humankind. I think that the media often paint a misleading picture and create false anxiety. It is important here to counteract this and provide a basis for dealing with the issue constructively. There are also many terms and concepts that are not properly explained. As a result, many people lack a basic understanding – which makes this really important. Everyone should be able to take part in a mature discussion about how these technologies will shape our future. All in all, I think that it is important to create a people-centered future with robots: robots can relieve the burden on us by taking on arduous, monotonous, and other tedious tasks. If the basic conditions are right, this can result in a better quality of life for us all.

    Prof. Martina Mara,

    and has been Professor of Robopsychology at the Johannes Kepler University in Linz since April 2018. She earned her doctorate with a dissertation on humanoid robots at the University of Koblenz- Landau and worked for many years at the Ars Electronica Futurelab, focusing on industrial and interdisciplinary research cooperation projects. Mara is a member of the Austrian Council for Robotics and Artificial Intelligence, and a board member of the Ludwig Boltzmann Society. She is a newspaper columnist who writes for a wide audience, regularly commenting on what is going on in the world of technology. In 2018, she received the BAWAG Women’s Prize and the Futurezone Award in the category “Women in Tech.”

    返回列表
  • 伏能士焊接事业部

    伏能士致力于“破解电弧DNA”,提供稳定的电弧、完善的技术服务和完整的焊接解决方案。

    ×

    您的浏览器不支持HTML5视频播放,请将浏览器升级到最新版本。

    伏能士智能设备(上海)有限公司

    86-21-26063200(焊接事业)

    86-21-26063220(充电事业)

    86-21-26063209

    www.fronius.cn (中国) www.fronius.com (国际) pw_sales_cn@fronius.com
    (事业部)
    pw_tsn_cn@fronius.com
    (技术部)

    上海市宝山区富联二路177弄2号楼

    集团简介

    关于伏能士

    人才招聘

    信息中心

    联系我们

    焊接事业部

    关于我们

    产品与服务

    焊接解决方案

    数字化解决方案

    联系我们

    电池充电事业部

    关于我们

    内部物流

    汽车车间设备

    产品与服务

    联系我们

©2020 伏能士智能设备(上海)有限公司

沪ICP备16043726号-1
法律声明 丨 服务条款 丨 隐私保密声明 丨 Cookie 政策
返回

*所有资料须先登录后才能下载,请先[登录]或[注册]!

会员登录

忘记密码?
会员注册

会员注册

图形验证码

会员注册

会员注册

注册成功

找回密码:第1步(共2步)

图形验证码

找回密码:第2步(共2步)