Mitered mechanical switches

Miltered mechanical switches comprising:

• a first metallization layer having at least three distinct means:
• a first layer first means configured as a rectangle having one beveled corner, a first layer second means on the same plane as said first layer first means, located directly across from said bevel of said first layer first means, said first layer second means configured as a bisected rectangle, and a first layer third means, said first layer third means also configured as a bisected rectangle, said first layer third means resting upon the same plane as said first layer first and second means, further said bisected first layer third means positioned directly opposed from said first layer first means and beside said first layer second means,
• a second metallization layer, said second metallization layer having at least three distinct means:
• a second layer first means, said second layer first means being configured as a rectangle, further said second layer first means being smaller in size than said first layer first means, and said second layer first means operable to be layered upon said first layer first means such that a portion of said first layer first means is not covered by said second layer first means, a second layer second means, said second layer second means being configured as a bisected rectangle, further said second layer second means being smaller in size than said first layer second means, and said second layer second means operable to be layered upon said first layer second means such that a portion of said first layer second means is not covered by said second layer second means, and a second layer third means, said second layer third means being configured as a bisected rectangle, further said second layer third means being smaller in size than said first layer third means, and said second layer third means operable to be layered upon said first layer third means such that a portion of said first layer third means is not covered by said second layer third means, and
• a third metallization layer, said third metallization layer having at least three distinct means:
• a third layer first means, said third layer first means being configured as a rectangle, further said third layer first means being smaller in size than said second layer first means, and said third layer first means operable to be layered upon said second layer first means such that a portion of said second layer first means is not covered by said third layer first means, a third layer second means, said third layer second means being configured as a bisected rectangle, further said third layer second means being smaller in size than said second layer second means, and said third layer second means operable to be layered upon said second layer second means such that a portion of said second layer second means is not covered by said third layer second means, and a third layer third means said third layer third means configured like two, off-centered interconnected, bisected rectangles, forming a head portion and a tail portion, said head portion of said third layer third means operable to be layered upon said second layer third means such that portion of said head portion of said third layer third means is parallel to, but not resting upon said first layer second means and said first layer third means, and said tail portion of said third layer third means is operable to be parallel to but not resting upon said first layer first means, further said third layer third means operable to be physically deflected in a downward manner at said head and aid tail portions such that the deflection of said head portion would cause said head portion to be permanently interconnected to said first layer second means and said first layer third means and further said tail portion deflection would permanently interconnected said tail portion to said first layer first means.