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Kategorien im Bilderpool:
Spursucher as quadrature encoder with fast counter (ZE)
Balancing Robot
Ball Balancing Robot
Mobiler Schwerlastkran
Schoonhoven 2008
Kleinmodelle zum Nachbauen
Gabellichtschranke 5V
RoboRama Robot
Bilder im Bilderpool:
 Wally the Robot (ft_idaho) Kleinmodelle zum Nachbauen Kommentare: 0 |
 Transistor close up unter Förderband (rbudding) Förderband rbudding Kommentare: 2 |
 Farbsensor II (rbudding) Förderband rbudding Kommentare: 0 |
 Robbie - display (niekerk) RoboRama Robot Kommentare: 0 |
 Robbie - overview (niekerk) RoboRama Robot Kommentare: 2 |
 Robbie - rear view (niekerk) RoboRama Robot Kommentare: 0 |
 Schema and components (rbudding) Gabellichtschranke 5V Kommentare: 1 |
 Robo Interface D1 input (niekerk) Sharp Entfernungssensor Kommentare: 1 |
 Photo interruptor with cables (niekerk) Photo Interruptor (Drehwinkelmessung) Kommentare: 2 |
 ftcs 003 (MarMac) Cube Solver 2 (MarMac) Kommentare: 5 |
 ftcs 006 (MarMac) Cube Solver 2 (MarMac) Kommentare: 0 |
 ftcs 014 (MarMac) Cube Solver 2 (MarMac) Kommentare: 0 |
Downloads:
| Bezeichnung | Autor | Format | Beschreibung | Größe | Datum |
| serial.c simple demo of the serial interface in C | Ad van der Weiden | c | This example program shows how to use the serial interface on the RoboInterface in the simplest way. That means no interrups, no buffering, nothing. By way of example we output a memory range as a motorola S file to a the PC. If you have a terminal emulator like Putty (freeware) you can capture the output and save it to a .mot file. This file you can inspect in a text editor or, when you remove the header line from putty, even load it as a module in the Renesas debugger! This will open a whole new world of possibilities. |
4230 Bytes | |
| BarCodeScanner RoboPro und VisualBasic 2010 | Andreas Gail |  |
Hallo Fischertechnik-Freunde von Modellbau und Automatisierung! Die Dateien die hier gezeigt werden sind Beispiele wie der Fischertechnik RoboTX Controller programmiert werden kann, mit der Fischertechnik RoboPro Software oder mit Microsoft VisualBasic 2010 Express. Beide Arten der Programmierung machen ihren Sinn auf die eine oder andere Art. Probiert es aus. Das Projekt darf kopiert und weiterverteilt werden, immer unter Berücksichtigung der Rechte von Microsoft, Fischertechnik und anderen. Es würde von der Allgemeinheit sehr geschätzt werden, wenn die Ergebnisse der weiteren Arbeiten veröffentlicht würden, z.B. unter www.ftcommunity.de Es gibt keine Garantie, alles auf eigenes Risiko. Besonderer Dank gilt Carel van Leeuwen für grundlegende Informationen und Unterstützung. Besucht seine Seiten: http://nl.linkedin.com/pub/carel-van-leeuwen/11/ba0/504 http://web.inter.nl.net/users/Ussel-IntDev/ Dear friends of fischertechnik models and automation! The files shown here are an example to program the RoboTX Controller with Fischertechnik RoboPro software or with Microsoft VisualBasic 2010 Express. Both types of programming are making sense in the one or other way. Feel free to check it out. You can copy or distribute the project, but you must pay attention to the rights of Microsoft, Fischertechnik and others. To publish your results would be appreciated by the community, e.g. under www.ftcommunity.de No guarantee, all on your own risk. Special thanks to Carel van Leeuwen for basic information and support. Watch his pages: http://nl.linkedin.com/pub/carel-van-leeuwen/11/ba0/504 http://web.inter.nl.net/users/Ussel-IntDev/ Andreas Gail |
7.54 MB | |
| RoboTXC Logik Analyser v100 VisualBasic 2010 | Andreas Gail | |
The files shown here are an example to program the RoboTX Controller with Fischertechnik Microsoft VisualBasic 2010 Express. Feel free to check it out. You can copy or distribute the project, but you must pay attention to the rights of Microsoft, Fischertechnik and others. To publish your results would be appreciated by the community, e.g. under www.ftcommunity.de No guarantee, all on your own risk. |
2.75 MB | |
| Matrix robot | fotoopa |  |
Full program of the matrix robot. The program is written for the TXT Controller. The TXT Controller is connected online to the PC via USB. This means there is enough space on a large screen. Only the I2C bus of the TXT controller is used. Everything is done in the external hardware via a few very simple commands. The robot uses an 8x8 matrix to load steel balls according to a drawing. The drawing can be selected from a character rom or from a hand-drawn pattern. After selecting the drawing, the balls can be placed in the matrix by the robot. You can also remove a drawing by the robot. If there are balls in the matrix of which you no longer have a drawing, the robot itself can remove them by means of a scan function to remove the balls. Without a correct I2C connection that supports all addresses, the program will stop. But you can still see the screen layout to have an idea of the program. I've added some explanation to describe the external hardware. I've designed new rotary encoders. Made with hall sensors they are much more stable and accurate. To solve the backslash I always do the position in the same direction. If the direction is negative I go a little further back in order to get to the right position. On each motor, an external hardware control is made to reduce the speed at the end point. Distance, max speed, minimum speed and brake curve are available. The TXT controller only has to transmit the new position value. This makes the task much easier. |
3.71 MB | |
| Matrix robot | fotoopa | |
Robot to fill 8x8 matrix pattern. Construction parts : Fischertechnik. External hardware via the I2C connector of the TXT Controller. Only very simple commands are needed to control the motors. All inputs and outputs are located on the external hardware and can be read via the Robo software on the Robo TXT Controller. Rotary encoders are home-made and also include a home point for exact positioning. | 3.71 MB |
Wiki / FAQ:
Combining RoboPro with C
IR on RI (or IR Control Set and the Robo Interface)
weitere Seiten:
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ftpedia_Artikeluebersicht