Targeted Robot Communication Solutions –
Plant-Wide Data Server – Unlimited Robot Controller Memory – etc.
Similarly, products such as the DynaCal™, the DynaFlex™ and the DynaGuide™ systems have
led to the development of different integration protocols with multiple types of sensors, such sensors often being provided with their
proprietary measurement software. Since the robot controller, together with one or the other of Dynalog’s products, often acts as
the central hub for the robot station, communication with various brands of PLC’s has been developed as well, allowing the production
line to react in one way or the other in response to some of the measurement findings coming from the roPOD™ system for example.
In
fact, Dynalog’s extensive set of communication tools has been bundled together within a unique software module, referred to as DynaRobotCom™
(DRC), which has then been integrated and is provided as part of many of Dynalog’s standard products, such as the roPOD, the AccuBeam,
the DynaFlex and the DynaGuide systems. This modular software approach and the ability to communicate with so many different robot
peripherals has established Dynalog products as reliable plant floor tools, part of a complete robotic station along a production
line, rather than mere stand-alone ‘islands’.
This also means that Dynalog can provide customers with higher levels of integration,
if desired, geared towards the customer’s particular setup. A typical example relates to robot-cell ‘Cloning’, where a customer would
want the ability to share robot programs between multiple ‘identical’ robot-cells at any time, so that any change of a program in
any robot-cell will systematically and automatically appear in all other ‘identical’ cells as well. In such cases, Dynalog has integrated
its DynaCal robot-cell ‘Cloning’ functions within the customer’s own software platform. Another example is the integration of the
DynaCal ‘Filter’ within certain Simulation packages, so that any robot program created in the latter environment can be Filtered transparently
on the same computer platform and within the same software, rather than requiring a separate step.
Yet another example relates to Dynalog’s
solution for effectively expanding a robot controller’s standard memory. Indeed, some robot users need the ability to execute a high
number of different robot programs, each one containing a lot of robot positions. This is becoming more prevalent of course with the
avenue of Off-Line Programming (see “Off-Line Programming with No Touchup”). Unfortunately, the computer memory on some robot controllers
is simply not large enough to hold all of these robot programs.
The solution developed by Dynalog to address this issue is referred
to as “Drip-Feeding” of robot programs from a standard PC to the robot controller (virtually any make). All of the robot programs
are stored on the PC, and are loaded onto the robot controller only when required, after deletion on the robot controller of previously
executed programs to make room for the new ones. The robot programs permanently stored on the PC are generally generated through Simulation.
Dynalog’s DRC software module is used to establish the necessary communication lines between the PC and the robot controller.
