Technology
Asphalt Finisher
Teleoperation
Control Methods / Equipment
Teleoperation is enabled by installing and controlling actuators/motors on the forward/reverse lever, steering handle, and speed adjuster.
For each operation on the control panel, our control system intervenes and controls the machinery's electronic circuits to allow Teleoperation.
Installed Equipment
The plan assumes installing the Teleoperation control computer and video processing computer behind the driver's seat; the emergency stop antenna, warning light, and communication antenna on the side of the machinery; the main and additional cameras near the hood for good visibility; and a portable battery in the interior space.
Features
- We support the implementation of Teleoperation for multiple machines on-site through retrofit and multi-manufacturer compatibility.
- Teleoperation functions are implemented via retrofitting without modifying the machinery. *Please check with the manufacturer regarding the impact on periodic voluntary inspections.
- For both MODEL E and V, switching between remote and manned cabin operation is possible simply by toggling a control switch, with no need to remove installed equipment.
- From a safety design perspective, an emergency stop device is provided to immediately stop remote operations in an emergency. The system is also designed to stop Teleoperation if it goes out of the emergency stop device's communication range.
Teleoperable Functions
Basic Functions
Forward/reverse lever, steering handle, speed adjuster, emergency stop
Teleoperation Seat Equipment Examples
Can be retrofitted to a desk using an attachment system; characterized by a compact size and simple configuration, making it easy to carry between sites.
Main equipment for the operator seat includes an operator-side computer, monitor, and steering. Control panel intervention is performed remotely by assigning various operations to a keyboard.
Network (Distance)
Operation over ultra-long distances is possible if the communication environment is established.
| Connection distance | Video Latency | Command Latency | |
|---|---|---|---|
| Ver. Long Range | 1,141km | 338ms | 115ms |
| Ver. Short Range | 100km | 261ms | 87ms |
*Results may vary depending on communication environment
FAQ
Number, position and quality of cameras.
A main camera from inside the cabin is the standard installation. We recommend installing an overhead view camera for auxiliary vision. The number and position of cameras can be added or changed upon consultation.
Can the installed equipment be transferred to another machine?
Transfer is technically possible if the model, part number, and year are the same, but adjustments to the mounting equipment will be required. Also, labor costs for removal and re-installation will be incurred.
What kind of network environment is required? Is 5G, Wi-Fi, or another special network needed?
We can support any environment. We implement using the optimal communication environment suited to the site, such as 4G/5G/LTE lines, fiber optics, dedicated communication environments, Wi-Fi, or satellite links.
Are there issues with environmental conditions like heat or cold?
Depending on the environment, special measures for cameras and various devices may be required (e.g., heat-resistant or cold-resistant processing).
Can the customer remove the equipment themselves?
We do not recommend removal by the customer, as specialized knowledge is required for disconnecting wiring and control computers.
How long does installation and removal take?
Our technical team can perform either installation or removal in approximately one business day per unit. Construction may take longer than expected in special environments.
What is the schedule from order to delivery?
We generally require about four months from order to delivery. This varies depending on the construction details, the status of other projects, and the environment.
Is there anything ARAV Inc.'s Teleoperation cannot do?
In principle, we do not support motion seats on the operator side, vibration lever feedback, or operation of in-cabin touch panels.
*Operation of heavy machinery involves inherent risks.
ARAV's systems are assistive technologies and do not replace the customer's responsibility for site safety management and legal compliance.
