The most obvious application for cameras on hydraulic equipment resembles the backup camera on many residential vehicles, giving a clear view of your blind spot. You can increase this visibility by feeding multiple cameras to the operator.
Cameras with object detection can alert the operator to an object in the path of motion. Some cameras can even detect the reflective material in safety equipment. By recognizing this material specifically, the camera system can identify a person verses an object.
Knowing the distance to an object in the camera feed can allow the operator to more effectively, and safely, maneuver the vehicle through a crowded area. These cameras can also be used on other moving parts of a vehicle or attachments, taking the guesswork out of moving something into place.
It’s no secret that a better view of one’s workspace can potentially result in a far more accurate application of work. For example, cameras mounted on the end of a boom or hydraulic arm allow the operator to view the precise location of the boom and maneuver to ensure it is where it needs to be.
If the camera is able to automatically detect objects, then certain processes can be made much easier. The operator can more accurately locate objects around them to more accurately maneuver the vehicle or machine through the environment and get to or complete a task quicker.
Distance detection can also improve safety and accuracy of machine processes. For instance, a machine needs to maintain a specific distance from a wall or other environmental obstacle. The camera detecting the distance to that object allows the operator to maintain a specific distance.
Cameras feeding into a programmable logic controller (PLC) or an engine control unit can be automatically activated given certain conditions or actions. Given the right programming, any camera on your hydraulic machine can be programmed to activate on any inputs or outputs from the machine. This automation can take the guess work of functions and activate these functions in a more timely manner. Over the shift of a machine or the life of a machine this can carve valuable hours and improve productivity.
The PLC or engine control unit can communicate with the camera to trigger a custom warning, alert or specific action. For example, a self-driving machine could be programmed to stop or steer around an object in its path. Additionally, if the machine detects a safety vest in its field of view, a custom warning can display indicating a worker might be present. This feedback from the camera can be an integral part of an automated process or a fully automated machine.
The PLC can even be programmed to use cameras to inform other functions of the machine. For example, a self-driving mobile machine can use the data from the camera to automatically maintain the distance without operator input.
Applied Fluid Power Can HelpAdding cameras to your machines can improve functionality and add safety measures. Applied Fluid Power experts can help you choose the camera for your solution and integrate it into your machine! Contact us today! |