IPOP Mobile Panel
The augmented reality human-machine interface based on Unity3D development engine on the Win10 operating system nests and interacts with the virtual and reality The well-designed UI system makes the operation comfortable, simple and free
Based on 3D simulation technology, the digital map of the field equipment is completely restored, and combined with the PLC program of the control layer, the UWB positioning identifies the location of personnel to compare the digital map and activate the operation rights of the peripheral equipment, changing the operation method that requires a person to go to the scene to identify the equipment and then make a selection in the past. Personnel can be flexible and free to approach the equipment for operation and observation, no longer have blind spots. Real-time location monitoring through positioning and PLC provides more security for operators. No longer need to rely on imported equipment, no longer need to pay licensing fees, completely open source configuration and local technology development. The scene is a 2d overhead view of an area, the system plans two operation areas A,B. The real scene is digitized by 3D technology and the scene is run in a flat panel.
In the established digital 3D scene, the character is associated with the position in the actual scene to realize the mapping relationship between the real scene and the virtual scene. The current position of the character is the position in the actual scene. The tablet will run the real character's motion, steering, etc. data in the actual virtual scene screen by solving.
Usually, with the scene character as the center of the circle, you can specify the control range, when the character is in the control range identified by the system, the system gives control, and the character can control the equipment at the current location in real time, and also can observe the current state of the equipment. The operator namely can control the equipment running state in real time according to the current demand.
Data Network：Click to visit
- Target localization, tracking
- Real-time system solving
- 3D scene restoration
- Multiple API data interfaces
- Mobile control panel product power supply DC12V
- Product power consumption<20W
- Product weight 2Kg
- Product size 327x205x55mm
- Mobile positioning accuracy field calibration<50cm
- Battery life >4h
- Built-in 9000mAh rechargeable lithium battery
Modern manufacturing industry has a wide range of production equipment, strict safety operation requirements for production plant workers, and restricted activity space. How to achieve pre-commissioning, safety management and equipment maintenance in all stages of production engineering, further improve production efficiency and break through production bottlenecks, while achieving intelligent management of employees and maintenance of production equipment is the modern manufacturing industry facing a wide range of modern manufacturing production equipment, strict safety operation requirements for production plant workers, and restricted activity space. How to realize pre-commissioning, safety management and equipment maintenance in each stage of production engineering, further improve production efficiency and break through production bottlenecks, while realizing intelligent management of employees and maintenance of production equipment are the challenges faced by modern manufacturing industry. There is an urgent need for a set of commissioning and maintenance system with convenient operation and easy deployment. iPOP technology is based on UWB ultra-wideband positioning technology, which is generated by receiving signals from base stations and calculating spatial coordinates through TDOA algorithm, combining Profinet and Profisafe wireless technology to upload the current position information to PLC system, and at the same time, PLC can adjust its own logic state according to the current position At the same time, the PLC adjusts its own logic state according to the current position information to realize the control technology for the surrounding equipment.
