[I, Cyborg Free Offline
Hanne Rylaarsdam
Have robot vac 200s. Firmware is 1.6.202. Today I opened the Wyze app and it had an error banner saying the vacuum was offline. Strange as no wifi issues were occurring. Followed the suggested to reset vac but no luck. I manually started the vac (depressed power button) and it started a whole house clean. It returned to base to charge and I powered it off because I was leaving. Upon return, I see both buttons on unit are flashing white (wonder what that means?). Thought maybe I need to delete and re-install app. Any suggestions??
I have the same problem. This thing was working great until sometime last week. Wyze App has an error on it saying the vacuum is offiline. I went through the setup several times with no success. The app (v2.42.1 on iOS 14) hangs when attempting to connect, however I have no WiFi issues. I see the device on my router, and I can ping it with no problems. Was there a recent update to the iOS app that broke it?
I physically have to stand there and wait for the Vac to Power on, then, after about 30 seconds or so, The wheels will move slightly, the Vac will stop charging, and I just move it back to the charger so it actually continues to charge.
I would like to control the UR in remote control mode either using the ROS drivers or with RTDE. I am primarily interested in controlling individual joint angles, controlling the cartesian pose of the Tool Center Point and trajectory control using joint position, velocity and acceleration commands.
I am curious about the functionalities offered by the URSim offline simulator. If I develop and qualify the intended functionality using the simulator and then move to the actual hardware robot, Do I have to make any modifications in the functionality?
The traditional approach to robot programming is online programming. This involves programming the robot with its teach pendant while next to the physical robot. While this is still a popular approach, online programming causes unnecessary downtime and can reduce the quality of your programs by pressuring you to spend less time optimizing them.
Planning can involve deciding on the robotic components you might need (such as end effectors or additional axes). It can also involve manually walking yourself through the task to understand the steps.
Simulation tools can help you avoid errors in your robot programming by allowing you to test the program in a virtual environment. There are various types of simulators you can use in a manufacturing business.
You can access advanced functionality and the powerful capabilities of your robot by using the software wizards provided by your offline programming software. For example, RoboDK includes various wizards, including those for robotic welding and robotic machining.
A good robot offline programming software should have many resources available to help you learn how to use the software. These resources can include documentation, online forums, and video tutorials.
Offline programming gives you the opportunity to try out new ideas and program updates without affecting production. This is very valuable as it can help you find new and better ways of programming the robot in a risk-free environment.
In the past, the only way to try out a new robot model was to get your hands on the physical robot. This is no longer the case. There are now many ways to try robots without investing in the robot yourself.
Keep your offline programs well organized so you can easily find parts of the program when you need them. You can do this by creating subroutines for distinct steps of the program or by editing the names of targets with descriptive labels.
A significant benefit of using the right offline programming software is the ability to share your programs with others. This allows you to get feedback on your robot solutions from your colleagues and clients.
With a good offline programming software, you can more easily keep up with these changes. For example, at RoboDK we are constantly adding new functionalities to the software to respond to changes in the robotics field.
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Using the latest offline systems such as Process Simulate or Delmia, our experienced programmers are able to generate high-quality robot programs that require only minimal "online" programming on the construction site. Of course, offline programs provided are also used for further work or the entire scope of services is provided "online".
The applications used together with the robots, such as gluing, lasering, clinching, MIG welding, roller hemming and others, which require extensive specialist knowledge for programming, are becoming increasingly important.
First, Case argues in the video above that the human cyborg is a recent invention. A product of new technologies that compress our mental capacities over time and space. On this blog, however, we tend to use the term much more broadly. For instance, one fundamental technology that structures other technologies built upon it is language. Post-structuralist thinking has long taught us about the power of language to drive what and how people think, how selves are formed, how power is enacted, and so on. Other technologies, such as spatial organization (think the architectural technologies of the amphitheater or panoptic prison) have profound impact on the mental processes of humans. The human mind has never been independent of technology, and, as such, we have always been cyborgs.
And it is here that Case should note that this problematic is precisely why her theoretical binary between first (physical world) and second (digital) selves is false. People are enmeshing their physical and digital selves to the point where the distinction is becoming increasingly irrelevant. Facebook profiles are heavily anchored in the physical world, and our offline interactions are influenced by digitality. The reality in which we exist is increasingly augmented by atoms and bits, and this augmented reality is inhabited by an augmented cyborg self (opposed to the dualistic language of first and second selves).
However, I would like to mention that your first point, "Case argues in the video above that the human cyborg is a recent invention," is not entirely true. Case often talks about the earliest cyborgs being people who started using a hammer, or a knife.
i want to hear more about the subjectivity as social control within social media. to some extent, that's how i think of what Case calls constantly maintaining the second self (except i concur and don't think of it as a second self).
i see cyborg subjectivity as performativity a la Butler, on and offline, but with digital performativity having higher stakes & regulatory demands. its immersive, participatory, reputational operations actually REWARD creative performance but also create a celebrity economy. which i suppose could be social control...
also...regarding the second self. i don't like the term, and reject the dualism it implies, but at the same time while i think that the identity distinctions between online and offline life are increasingly minimal and blurred and perhaps meaningless...i think there does still need to be a term for what we carry around in the digital, for the package people read that is not the physical body.
my conceptualization is a trail going back a year or so...not entirely different from yours, i don't think, though i tend to call it brand, mostly to disturb people. i traced some of my thoughts out here: -man-who-sold-the-world/
We live in a cyborg society. Technology has infiltrated the most fundamental aspects of our lives: social organization, the body, even our self-concepts. This blog chronicles our new, augmented reality.
Robotmaster is an offline robot programming and robot simulation software that allows task experts to program their robot quickly and easily from simple to complex tasks while maximizing the robot's capabilities. Features include:
Robotmaster is the ideal offline robot programming and robot simulation software solution for all applications that require CAD/CAM for robots including: trimming, 3D machining, deburring, polishing, welding, dispensing, grinding, painting...
MotoSim EG-VRC (Enhanced Graphics Virtual Robot Controller) is designed for accurate offline programming of complex systems. With the virtual robot controller function, simulation software can be used for:
The update went ok, robot announced that the firmware was installed, but the message in the app said that it failed. I thought that it was some bug of the app and wanted to start cleaning. This didn't work as the app was showing that the robot was offline. I opened the lid and saw the wifi light rapidly blinking. What I have tried so far:
Some other info: account location is in Germany. What I couldn't do, is to change the location to other regions as this option is disabled for me in the account menu. I haven't done full reset either as I don't think it will help, so saving it as a last resort.
Step 2. Press the reset button next to wifi LED with a pin just once. Then the light of the power button and the recharge button will be out. When doing this, please make sure you're still holding the recharge button without moving.
Step 3. Keep holding the recharge button for 5 seconds after you've pressed the reset button until the light of the power button blinks again, then you'll hear the tone "Restoring the initial version. It will take about five minutes. Please wait with patience". After that, you could stop holding the recharge button.
This is your complete and comprehensive guide to offline robot programming (OLP). After introducing the topic, it addresses common misconceptions, the problems it resolves, benefits, and real-life example of its successful implementation.
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