20240008640. EQUIPMENT STAND OPTIMIZED TO MINIMIZE NOISE FLOOR simplified abstract (Unknown Organization)
Contents
EQUIPMENT STAND OPTIMIZED TO MINIMIZE NOISE FLOOR
Organization Name
Inventor(s)
Michael P. Latvis, Jr. of Buffalo NY (US)
EQUIPMENT STAND OPTIMIZED TO MINIMIZE NOISE FLOOR - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240008640 titled 'EQUIPMENT STAND OPTIMIZED TO MINIMIZE NOISE FLOOR
Simplified Explanation
The abstract describes a storage stand with at least one shelf. The shelf is bounded by a perimeter, which is defined by at least four points forming a polygon. The points create a mounting axis of rotation with respect to its adjacent clockwise and counterclockwise points. Within the perimeter, there are at least four mounting locations, each with a compression centroid. Each mounting location forms a compression axis of rotation with respect to its adjacent clockwise and counterclockwise mounting locations, and at least one compression axis of rotation is non-parallel to its respective mounting axis of rotation.
- The storage stand has at least one shelf bounded by a polygonal perimeter.
- The perimeter is defined by at least four points forming a mounting axis of rotation.
- There are at least four mounting locations within the perimeter.
- Each mounting location has a compression centroid.
- Each mounting location forms a compression axis of rotation with respect to its adjacent mounting locations.
- At least one compression axis of rotation is non-parallel to its respective mounting axis of rotation.
Potential applications of this technology:
- Home organization systems
- Retail store displays
- Warehouse storage racks
- Garage shelving units
Problems solved by this technology:
- Efficient use of space
- Easy access to stored items
- Versatile storage options
Benefits of this technology:
- Maximizes storage capacity
- Allows for flexible arrangement of shelves
- Provides easy rotation and access to items on the shelves
Original Abstract Submitted
a storage stand, comprising at least one shelf, the shelf bounded by a perimeter, the perimeter having at least four points defining a polygon, the at least four points forming a mounting axis of rotation with respect to its adjacent clockwise point and its adjacent counter-clockwise point, and at least four mounting locations arranged within the perimeter of the at least one shelf, each of the four mounting locations having a compression centroid, each mounting location forms a compression axis of rotation with respect to its adjacent clockwise mounting location and its adjacent counterclockwise mounting location such that at least one compression axis of rotation is non-parallel to its respective mounting axis of rotation.
