MICRO SYSTEM COMPRISING A PLURALITY OF FUNCTIONAL CELLS

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MICRO SYSTEM COMPRISING A PLURALITY OF FUNCTIONAL CELLS - A simplified explanation of the abstract

This abstract first appeared for US patent application 18559123 titled 'MICRO SYSTEM COMPRISING A PLURALITY OF FUNCTIONAL CELLS

Simplified Explanation:

The patent application describes a microsystem consisting of functional cells that are electrically connected. Each functional cell falls into one of four categories: energy generating, energy storing, energy conducting, or energy consuming. These cells are housed in electrically insulating materials with specific electrical connection areas for each cell.

The microsystem includes functional cells that are electrically connected.
Functional cells are categorized as energy generating, energy storing, energy conducting, or energy consuming.
Each cell is housed in an electrically insulating material with specific electrical connection areas.

Key Features and Innovation:

Integration of different types of functional cells in a microsystem.
Standardized housing dimensions for functional cells.
Specific electrical connection areas for each functional cell.

Potential Applications:

The technology could be applied in:

Renewable energy systems
Wearable technology
Internet of Things (IoT) devices

Problems Solved:

Efficient energy generation and storage in a compact system.
Standardization of housing dimensions for functional cells.
Simplified electrical connections for different types of functional cells.

Benefits:

Increased energy efficiency.
Compact and versatile design.
Easy integration into various devices and systems.

Commercial Applications:

Title: "Innovative Microsystem Technology for Energy Management"

This technology could be used in:

Smartphones and other portable electronics.
Smart home devices.
Industrial automation systems.

Prior Art:

Readers can explore prior art related to microsystems, energy management, and functional cell integration in electronic devices.

Frequently Updated Research:

Stay updated on the latest advancements in microsystem technology, energy management, and functional cell integration for various applications.

Questions about Microsystem Technology: 1. How does this technology improve energy efficiency in electronic devices? 2. What are the potential challenges in scaling up this microsystem technology for industrial applications?

Original Abstract Submitted

A microsystem includes a plurality of functional cells at least partially electrically coupled to each other. Each functional cell is formed by one of the following cell types: electric energy generating cell; electric energy storing cell; electric energy conducting cell; and electric energy consuming cell. Each functional cell includes: a housing of an electrically insulating material, the housings of each two functional cells having the same dimensions; at least one first electrical connection area and at least one second electrical connection area; and a functional element arranged inside the housing with electrical connection of the at least one first electrical connection area and the at least one second electrical connection area.