18545683. MOBILE POWER STATION simplified abstract (MILWAUKEE ELECTRIC TOOL CORPORATION)
MOBILE POWER STATION
Organization Name
MILWAUKEE ELECTRIC TOOL CORPORATION
Inventor(s)
Veronica Roberts of Milwaukee WI (US)
MOBILE POWER STATION - A simplified explanation of the abstract
This abstract first appeared for US patent application 18545683 titled 'MOBILE POWER STATION
Simplified Explanation
The patent application describes a mobile power station with battery cells that can power multiple modules through interfaces.
Key Features and Innovation
- Frame with handle and base for mobility
- Battery cells in the base for power supply
- First module connected to the base for power reception
- Second module connected to the first module for additional power supply
Potential Applications
This technology can be used in:
- Emergency power backup systems
- Outdoor events and activities
- Construction sites
- Mobile charging stations
- Remote work locations
Problems Solved
- Providing portable power solutions
- Efficient power distribution to multiple modules
- Easy transportation of power source
Benefits
- Versatile power source
- Increased mobility
- Reliable power supply
- Modular design for customization
Commercial Applications
- Portable power stations for outdoor events
- Emergency backup power for businesses
- Construction site power solutions
- Mobile charging stations for public use
Questions about Mobile Power Station
How does the mobile power station improve efficiency in outdoor events?
The mobile power station ensures a reliable power supply for various equipment and activities, enhancing the overall efficiency of the event.
What are the advantages of using a modular power station in remote work locations?
Modular power stations allow for easy customization and scalability based on the power needs of different work locations, providing flexibility and convenience.
Original Abstract Submitted
A mobile power station includes a frame having a handle and a base coupled to the frame. The base includes battery cells disposed therein. A first module is couplable to the base forming a first-base interface. The first module receives power from the battery cells through the first-base interface. A second module is couplable to the first module forming a second-first interface. The second module receives power from the battery cells through the second-first interface.