Presentation on theme: "By Michael Ashman David Insel"— Presentation transcript:
1 By Michael Ashman David Insel Fischertechnik LLWin 3.0By Michael AshmanDavid Insel
2 Overview History of Fischertechnik Intelligent Interface Compare to Lego'sSoftware / Follow a pathAdditional InformationQuestions
3 HistoryIn 1965 a creative coworker build a kind of vehicle out of Nylon scrap material. The company decided to distribute copies of this vehicle to their customers in the building sector. They reacted very enthusiastic, and many people wanted to obtain this present. For this reason it was decided to set up a separate division within the company. Since 1966 Fischertechnik has produced and distributed within a moderate scale.
4 HistoryFischertechnik is a product group of Fischer Werke, which also produces attaching applications. The gray Nylon Fischer plugs are world famous.The budgets for marketing are small, the philosophy is based on "quality sells itself". Moreover the product group Fischertechnik amounts only for 10% of the total Fischer turnover.
5 Intelligent Interface Digital Outputs = 4 motors, or lampsDigital Inputs = 8 sensorsModesOnline Mode – PC performs the actual processing of a programDownload Mode – processed by microprocessor
6 Fichertechnik Vs. Lego’s AdvantagesVery strong constructionContains 8 digital Inputs and 4 OutputsDisadvantagesWiringOnly One programGear RatioCost MoreNo LCD DisplayNo Remote ControlBugs in the software
7 LLWin 3.0The fischertechnik software, called LLWIN, provides a flowchart style of programming language, which is ideal for ‘real-time’ machine control.The language runs under Windows 3.1, 95+ or NT and provides a graphical depiction of the flowchart including; decision blocks for switch inputs, action blocks to control each output and other blocks to increment and test up to 99 variables.Other features include; a terminal block to aid testing and debugging, time delay blocks, one-shot blocks, subprogram blocks and improved aids such as; automatic routing and the ability to add comments and graphics to the program page.
9 Motor Outputs( 1 to 8)The MOTOR function block is used to control motors, lamps, and electromagnets. For lamps and electromagnets, you can select either of the two directions. If a motor doesnt turn in the direction defined in the process, the simplest thing to do is reverse the motor wiring. If only an interface is connected, motor outputs 1 to 4 can be activated and, if an expansion module is connected, motor outputs 1 to 8 can be activated.The LAMP function block is also available to activate lamps and electromagnets.In the passive mode, the current direction of motor rotation is shown in red or green on the TERMINAL function block.To test outputs, go to the passive mode and select the Check Interface command in the Options menu.
10 Variables in LLWinYou can employ up to 99 different variables in any given LLWin project.A variable is a whole number (integer).In the run start mode, the value of any variable can be displayed in the function blocks as a number from -999 to 9999Variables can be used as counters.To differentiate variables from constants, add a V ahead of the variable number.
11 Q: Can fischertechnik-Computing-models be controlled with another software than LLWin? A: Yes. Caused by the diffusion of the PC and Windows, we only develop and support LLWin. But there are drivers available which have been developed by fischertechnk-fans (eg.for Visual Basic, C++, Delphi,...). You will find the links by Links -> Computing. Moreover, Apple-user can get an interface and software developed by the German company Boenig & Kallenbach.
12 Is it just a toy? The answer to that is No! Concerns such as Philips, Siemens, Hoogovens and BMW sometimes build a scale pilot model in order to experiment with set-ups and computer programs. In this way expensive investments can be prepared by simulating with Fischertechnik.
13 Additional Information For additional information please go the Fischertechnik webpage in English listed below:Just as a warning most the information you will find on the web for developing Fischertechnik applications will be in German but you can use BabelFish to translate the webpage (use the link below):