Posts by Leviafun

Quote from Nation

I made it public if you guys want to fork it. It's a bit of a hot mess, as I used the townie AI to help write it.

You can view the source here:

https://www.val.town/v/synapticrobotics/RobotBackupCallGraph

Only one question, could you explain why backup.zip should not contain any directories?
For example, my MD backup creates the following folders (120iC, R30iB V9.10, created in Roboguide):

D:.
└───MNT_DATA
├───DLOG
├───MDB
├───MD_LS
├───RSCH
└───_BACKUP_

LS files are located in MD_LS, and the BACKDATE.DT is located in MDB.
So, what format does your MD backup have?

Quote from Nation

Hmm. Would you message the backup to me directly? I'll debug it.

I have the same issue. Can I help?
Some backups are working, but only isolated nodes are displayed.

I've tried to create a similar program before but just with .LS files. Why are you use MD backup and BACKDATE.DT? Are you planning to publish it to open source? Maybe I could test it or commit to it.

Quote from PnsStarter

From my point of view, it has proven to be a good idea to create the BG progs in this way, for example:

BG_IO.tp - generic IO and IO to reg and vice versa
BG_Gripper1.tp - application-dependent and topic-dependent

for testing use separated prog, and copy it later to another..

I agree. Also you can assign the execution mode to a separate program in that case. I don't notice much difference in my applications but high mode provides you to execute up to 540 instructions every 8 ms. Perhaps it would be useful to divide Background logic programs by priorities

Quote from krycek10

Hi Leviafun,

Thank you for your reply. That looks like a good solution for this. I'm not familiar using Karel code, so I will need a bit of assistance to use this code:

- How to make these variables equal to my physical points, PRs or the specific UF#?

- How can I insert this code in my program?

Thank you!

I can recomend you to use built-in functions like GET_TPE_PRM() or GET_POS_REG(). GET_TPE_PRM() allows you to read arguments from TP code, when you CALL your KAREL program.

The easiest way is to read your PR[] with GET_POS_REG(). For example:

point_1 = GET_POS_REG(index_1_pt, status)

You can find more information in Fanuc Docs or on this Forum

If I understand you correctly, you can use similar Karel code:

VAR
	...
	origin, point_1, point_2, result_UF: XYZWPR
	...
BEGIN
	...
	result_UF = FRAME(origin, point_1, point_2)
	...
END

This code allows you to calc UF automaticaly, without opening the menu on TP.

Quote from Meca

Here is a tutorial on quaternions, prepared exclusively for industrial robot programmers: https://www.mecademic.com/en/how-to-use-…strial-robotics

Quote

The page you were looking for couldn't be found

Quote from gpunkt

This has nothing to do with Emergency Stop.

From the R-30iB Plus manual:

All things related to machine safety (not meaning "do not injure the mechanical unit", but "do not injure humans") needs to be safety rated.

The UOP-signals are only "normal" digital signals, not safety signals.

I've already figured it out, thanks guys.
It is a translation error in the localized manual

Quote from gustavxb

Hi,

Imstp, Hold, Sfspd and Enable are not safety rated Inputs so should not be used with the safty circuit or as safety.

EES should be wired if you don't have a safety bus.

Thanks, the most confusing thing was that my paper manual says: "IMSTP - this signal determines an emergency stop controlled by the system".
As I understand it, these are different categories of ESTOP.

Hello friends!
I want to connect the physical Emergency stop button from the operator's workplace with HMI panel.
Initially, I thought to connect UI[1] (IMSTP), UI[2](Hold), UI[3](SFSPD) through the HMI and use the EES1 EES11 EES2 EES21 signals from E-STOP BOARD (figure 1) to connect the button (At the moment, there are just electrical jumpers on the E-STOP BOARD)

But after some thought, I began to doubt - maybe it's worth connecting only UI[1] (IMSTP) to the E-STOP button from physical robot output module (), instead of sending it via tcp/ip.

Is it safe enough? In this case, EES is not used.

I/O config and comments are located in "DIOCFGSV.IO".
Make AOA backup, take this file and edit from PC.

After that load this edited file to the controller.

First, you need to establish a connection with the PLC, have you done that?
Secondly, maybe using the "RUN" function would help you. Make a programm to monitoring R[i] with group mask [* * * * * * * *] and RUN it parallel to the main prog.

Detailed information about the weaving is available in 13.2 Weaving Function in CONTROLLER ARC TOOL manual (B-83124EN-3/01). But it doesn't look like there are formulas there.

Usually i just do:
PR[i] = LPOS
PR[i, j] = PR[i, j] + L
L PR[i] speed FINE
But maybe there is another way

Hello!
I want to learn how to connect any cables/hoses/pathes etc on robots (especially on 6-axis robots, but I also interested in robots with extended axes or kinematic of any complexity). I can't find any book, video or article about it. Are there any links to the technical materials?

What bend radius can we use? Lenght?
Where is the best points to connect the cables on kinematic? Is this also true for the hollow wrist?
Where do I need to use clamps and where is it superfluous?

I do not know the exact answer to these questions and I usually make decisions based on experiments, experience and some special cases of the solution in the drawings, or along standard cables (if any). The task looks nontrivial even for computer modeling.

Quote from trinket

depending controler you use. With R30iB you can have 300 PR maybe a little bit more but I'm not sure on last part of my answer.

R30iB Plus and I can set 373 PR max

Quote from cenzar

Hello,

Did anybody change world position maybe?

I browsed Fanuc documentation but I haven't found anything. I need to change world orientation about 90 degrees.

Thanks for any suggestion

I can add that If you want to install the robot to the wall then you have to set the Sys Variables. Old thread about it:
System Variable ideal settings for Upside Down Fanuc Robot

Quote from LK2036

But the value will be read while starting the point, i am not sure it will be consider if you change register value while the robot moves to that target.

Can I do calculations at all while the robot is in motion (Busy)? As far as I know, no.