CHAIR GENERATING ELECTRICITY.
A Chair generating electricity includes a base, a seat, a back, and a power-collecting module. The chair includes a seat housing and a first cushion received in the seat housing. Chairs are used at work and for relaxing. When a user sits down, leans back in the chair, or moves with the chair, the chair is pressed. Hence, utilizing the pressure is very important and ought to be considered in the design of chairs.
The seat is positioned above the base. The seat housing is supported by the base. The first cushion is made of piezoelectric material and configured for converting mechanical energy to electrical power. The back is connected to a side of the seat. The power-collecting module is electrically connected to the first cushion and configured for storing the electrical power generated chair by the first cushion.
HOW TO USED CHAIR GENERATING ELECTRICITY
If a user sits on the power generating chair pressure will be applied to the first cushion and the wheels Then, the first cushion and the wheels transform the mechanical energy to electrical power. If the user leans back in the power generating chair pressure will also be applied to the first backplate Then, the first backplate transforms the mechanical energy into electrical power. If the user rotates the power generating chair pressure and torque will be applied to the shaft Then, the shaft transforms the mechanical energy to electrical power.
If the chair generating electricity, power generating chair is moved, a rolling pressure is applied peripherally to the wheels Then, the first cushion and the wheels transform the mechanical energy to electrical power. In addition, when the second cushion and the second backplate face towards a bright light such as the sun, the second cushion, and the second backplate can transform light energy into electrical power. The power-collecting module stores all the electrical power generated. In another embodiment, the electrical power may be provided directly to other electronic devices.
Design And Feature;-
The design features a linear electricity generator of ball bearings and magnets in a coil conductor in the chair’s rocking feet. As the person rocks back and forth in the chair, the ball bearings roll to convert the kinetic energy to electricity. The mechanics of this electrical production are hidden within the elegant polished metal feet. The chair also is made of shaped plywood upholstered on the seat side with a modern white fabric.
The rocking chair has been around for ages as a recreational and relaxing past time for many families. This thoughtful evolution of a thoughtless daily activity is exactly what the world needs to keep producing for us to battle the energy crisis that looms above us all the time.
CHAIR GENERATING ELECTRICITY DETAILED
Referring to a power generating chair according to an exemplary embodiment, includes a seat aback a connection member a pair of armrests a base and a power-collecting module. Referring to the seat includes an upper surface and a lower surface The upper surface and the lower surface are positioned at opposite sides of the seat The upper surface is configured for supporting users.
The seat includes a seat housing a first cushion and a second cushion The first cushion is received in the seat housing The first cushion is made of piezoelectric material and configured for converting mechanical energy to electrical power. The second cushion is received in the seat housing and positioned on the first cushion The second cushion is a solar panel and is configured for converting light energy to electrical power.
ADVANTAGES OF CHAIR GENERATING ELECTRICITY
- This is a green solution to power generation.
- The centralized power is minimized.
- Even the most untouched and remote area can be electrified.
- The dependence of thermal electricity is minimized which in turn saves nature.
- Reduce environmental pollution.
Conclusion;-
Convert the Ambien variation energy surrounding them into electrical energy.
Electrical energy can then be used to power the devices or stored for later use. To know more simply visit this link.
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