When driving an electric vehicle, I am most afraid of the situation where the battery is low, and there is no place to charge. A charging robot developed by Volkswagen AG may solve this problem and promote the promotion of electric vehicles.
It is reported that electric vehicle drivers need to download specific mobile phone software to connect electric vehicles to the robot charging system. As long as it detects that there is insufficient electric vehicle power in the service area, the charging robot will drag the charger to the parking place of the car by itself, then open the car's charging socket and connect the charging plug.
This charging robot is mainly designed for multi-storey parking lots, which can make parking vehicles self-charging. The charging robot is currently only a prototype, and the launch time has not yet been determined. Mark Moeller, head of the Volkswagen Group's technology department, said that the significance of charging robots is to "send charging facilities to the car, rather than let the car find a charging facility."
Charging robots bring great convenience to industrial production. Problems that cannot be solved by manual labour, such as prolonged labour, harsh working environment, more precise processing, etc., can be replaced by robots, and the operation of charging robots Inseparable from bearings, crossed cylindrical roller bearings. Thin-walled bearings of the equal section are the two main categories of industrial robot applications. Besides, there are harmonic reducer bearings, linear bearings, articulated bearings, and so on.
The bearings of the charging robot is one of its essential supporting parts. It is suitable for a wide ranges of joint parts or rotating parts of industrial robots, rotating tables of machining centres, rotating parts of robots, precision turning tables, medical instruments, measuring instruments, IC manufacturing devices, etc. use. Industrial robot bearing points: can withstand large loads in axial, radial, overturning and other directions; thin-walled bearings; high rotational positioning accuracy. Any taking that can meet this design requirement can be used for industrial robot arms, swivel joints, chassis and other parts.
