Coil innerspring assembly having varying degrees of firmness

An innerspring assembly including at least two sets of coil springs, comprising:

• a first set of coil springs having upper surfaces at a first elevation;
• a second set of coil springs having upper surfaces at a second elevation that is offset from said first elevation;
• and
• wherein each of said coil springs are individually encased in a pocket;
• and
• wherein one of said first and second sets of coil springs is compressed upon initial loading of the innerspring assembly, each of said first and second sets of coil springs being compressed upon continued loading of the innerspring assembly.

An innerspring assembly including at least two sets of coil springs, comprising:

• a first set of coil springs having upper surfaces at a first elevation;
• a second set of coil springs having upper surfaces at a second elevation that is offset from said first elevation;
• and
• wherein each of said coil springs are individually encased in a pocket;
• and
• wherein one of said first and second sets of coil springs is compressed upon initial loading of the innerspring assembly, each of said first and second sets of coil springs being compressed upon continued loading of the innerspring assembly;
• and
• wherein said first set of coil springs has a barrel-shaped outer profile defining a convex side surface, said second set of coil springs having an hourglass-shaped outer profile defining a concave side surface, and wherein said convex side surface of one of said barrel-shaped coil springs is positioned proximate said concave side surface of one of said hourglass-shaped coil springs.

An innerspring assembly including at least two sets of coil springs, comprising:

• a first set of coil springs having upper surfaces at a first elevation;
• a second set of coil springs having upper surfaces at a second elevation that is offset from said first elevation;
• and
• wherein at least one of said first and second sets of coil springs is pre-loaded to a compressed state;
• and
• wherein one of said first and second sets of coil springs is compressed upon initial loading of the innerspring assembly, each of said first and second sets of coil springs being compressed upon continued loading of the innerspring assembly.

An innerspring assembly including at least two sets of coil springs, comprising:

• a first set of coil springs having upper surfaces at a first elevation;
• a second set of coil springs having upper surfaces at a second elevation that is offset from said first elevation;
• and
• at least one additional set of coils springs having upper surfaces at a third elevation offset from said first and second elevations;
• and
• wherein one of said first and second sets of coil springs is compressed upon initial loading of the innerspring assembly, each of said first and second sets of coil springs being compressed upon continued loading of the innerspring assembly.

An innerspring assembly including at least two sets of coil springs, comprising:

• a first set of coil springs having a first height;
• a second set of coil springs having a second height that is different from said first height;
• and
• at least one additional set of coils springs having another height that is different from said first and second heights;
• and
• wherein one of said first and second sets of coil springs is compressed upon initial loading of the innerspring assembly, each of said first and second sets of coil springs being compressed upon continued loading of the innerspring assembly.

An innerspring assembly including at least two sets of coil springs, comprising:

• a first set of coil springs having a first height;
• a second set of coil springs having a second height that is different from said first height;
• and
• wherein said first set of coil springs is pre-loaded to a first compressed state, said second set of coil springs being pre-loaded to a second compressed state, and wherein said first and second compressed states exhibit different degrees of firmness;
• and
• wherein one of said first and second sets of coil springs is compressed upon initial loading of the innerspring assembly, each of said first and second sets of coil springs being compressed upon continued loading of the innerspring assembly.

An innerspring assembly including at least two sets of coil springs, comprising:

• a first set of coil springs pre-loaded to a first compressed state;
• a second set of coil springs pre-loaded to a second compressed state, and
• wherein said first set of coil springs has a first uncompressed height when in a relaxed state, said second set of coil springs having a second uncompressed height when in a relaxed state that is substantially equal to said first uncompressed height;
• and
• wherein said first and second compressed states exhibit different degrees of firmness.

An innerspring assembly including at least two sets of coil springs, comprising:

• a first set of coil springs pre-loaded to a first compressed state;
• a second set of coil springs pre-loaded to a second compressed state, and
• wherein each of said coil springs are individually encased in a pocket to maintain each of said coil springs in said compressed state;
• and
• wherein said first set of coil springs has a first pocketed height, said second set of coil springs having a second pocketed height that is different than said first pocketed height;
• and
• wherein said first and second compressed states exhibit different degrees of firmness.

An innerspring assembly including at least two sets of coil springs, comprising:

• a first set of coil springs pre-loaded to a first compressed state;
• a second set of coil springs pre-loaded to a second compressed state, and
• wherein said first set of coil springs has a first height, said second set of coil springs having a second height that is different from said first height, and wherein one of said first and second sets of coil springs is compressed upon initial loading of the innerspring assembly, each of said first and second sets of coil springs being compressed upon continued loading of the innerspring assembly;
• and
• wherein said first and second compressed states exhibit different degrees of firmness.

An innerspring assembly including at least two sets of coil springs, comprising:

• a first set of coil springs pre-loaded to a first compressed state;
• a second set of coil springs pre-loaded to a second compressed state, and
• wherein said first set of coil springs has an upper surface arranged at a first elevation, said second set of coil springs having an upper surface arranged at a second elevation that is offset from said first elevation, and wherein one of said first and second sets of coil springs is compressed upon initial loading of the innerspring assembly, each of said first and second sets of coil springs being compressed upon continued loading of the innerspring assembly;
• and
• wherein said first and second compressed states exhibit different degrees of firmness.

An innerspring assembly including at least two sets of coil springs, comprising:

• a first set of coil springs having a barrel-shaped outer profile defining a convex side surface;
• a second set of coil springs having an hourglass-shaped outer profile defining a concave side surface;
• and
• wherein said convex side surface of one of said barrel-shaped coil springs is positioned proximate said concave side surface of one of said hourglass-shaped coil springs.

An innerspring assembly including at least two sets of coil springs, comprising:

• a first set of coil springs defining a first outer coil diameter;
• a second set of coil springs defining a second outer coil diameter;
• and
• wherein said first outer coil diameter of said first set of coil springs is different from said second outer coil diameter of said second set of coil springs;
• and
• wherein said first set of coil springs has a first height, said second set of coil springs having a second height that is different from said first height, and wherein one of said first and second sets of coil springs is compressed upon initial loading of the innerspring assembly, each of said first and second sets of coil springs being compressed upon continued loading of the innerspring assembly.

An innerspring assembly including at least two sets of coil springs, comprising:

• a first set of coil springs defining a first outer coil diameter;
• a second set of coil springs defining a second outer coil diameter;
• and
• wherein said first outer coil diameter of said first set of coil springs is different from said second outer coil diameter of said second set of coil springs;
• and
• wherein said first set of coil springs has an upper surface arranged at a first elevation, said second set of coil springs having an upper surface arranged at a second elevation that is offset from said first elevation, and wherein one of said first and second sets of coil springs is compressed upon initial loading of the innerspring assembly, each of said first and second sets of coil springs being compressed upon continued loading of the innerspring assembly.

An innerspring assembly including at least two sets of coil springs, comprising:

• a first set of coil springs having a first height;
• a second set of coil springs having a second height that is different from said first height;
• and
• wherein at least one of said first and second sets of coil springs is pre-loaded to a first compressed state;
• and
• wherein one of said first and second sets of coil springs is compressed upon initial loading of the innerspring assembly, each of said first and second sets of coil springs being compressed upon continued loading of the innerspring assembly.