General measuring system with infant measuring apparatus

1. An infant measuring apparatus, comprising:

a linear head panel,

a flexible mat having at top end connected to said linear head panel, and

a linear foot panel connected to a bottom end of said flexible mat,

wherein said flexible mat includes thereon a system of linear measurement which includes a first linear scale comprising:

a plurality of line segments of different lengths representing integer measurement increments and fractional measurement increments, where all line segments having the same length are assigned the same respective color in a color coding scheme, and

a plurality of different nonlinear two-dimensional symbols representing different fractional measurement increments, wherein all of the same two-dimensional symbols are assigned the same respective color in the color coding scheme, and wherein different two-dimensional symbols are assigned different colors in the color coding scheme.

2. The apparatus of claim 1 wherein:

said linear head panel is connected to a head panel base, wherein said linear head panel is perpendicular to said head panel base, and

said linear foot panel is connected to a foot panel base, wherein said linear foot panel is perpendicular to said foot panel base.

3. The apparatus of claim 1 wherein said line segments of different lengths and said different nonlinear two-dimensional symbols are color coded such that line segments and nonlinear two-dimensional symbols which represent the same fractional measurement increment have the same coded color.

4. The apparatus of claim 1 wherein said line segments include:

first line segments representing integral-increments, wherein said first line segments have a first line length, a first line thickness, and are color coded with a first coding color, and

second line segments representing half-increments, wherein said second line segments have a second line length, a second line thickness, and are color coded with a second coding color.

5. The apparatus of claim 1 wherein said nonlinear two-dimensional symbols include:

first nonlinear two-dimensional symbols representing quarter-increments and three-quarter increments which are color coded with a third coding color, and

second nonlinear two-dimensional symbols representing eighth-increments, three-eighth-increments, five-eighth-increments, and seven-eighth-increments which are color coded with a fourth coding color,

wherein said first two-dimensional symbols and said second two-dimensional symbols are not the same two-dimensional symbols.

6. The apparatus of claim 1 wherein said system of linear measurement further includes:

third line segments representing integral-centimeter increments, wherein said third line segments have a third line length, a third line thickness, and are color coded with a fifth coding color,

fourth line segments representing half-centimeter increments, wherein said fourth line segments have a fourth line length, a fourth line thickness, and are color coded with a sixth coding color, and

fifth line segments representing nonhalf-centimeter fractional-increments, wherein said fifth line segments have a fifth line length, a fifth line thickness, and are color coded with a seventh coding color.

7. The apparatus of claim 6 wherein said fifth color coding and said first color coding are the same color.

8. The apparatus of claim 6 wherein said fifth color coding and said first color coding are blue.

9. The apparatus of claim 6 wherein said seventh color coding and said second color coding are the same color.

10. The apparatus of claim 6 wherein said seventh color coding and said second color coding are black.

11. The apparatus of claim 1 wherein said flexible mat is made from antimicrobial material.

12. An infant measuring apparatus, comprising:

a linear head panel,

a flexible mat having at top end connected to said linear head panel, and

a linear foot panel connected to a bottom end of said flexible mat,

wherein said flexible mat includes thereon a system of linear measurement which includes a linear scale comprising:

first line segments representing integral-increments, wherein said first line segments have a first line length, a first line thickness, and are color coded with a first coding color,

second line segments representing half-increments, wherein said second line segments have a second line length, a second line thickness, and are color coded with a second coding color, and

third line segments representing nonhalf-fractional-increments, wherein said third line segments have a third line length, a third line thickness, and are color coded with a third coding color.

13. The apparatus of claim 12 wherein:

said first coding color is blue,

said second coding color is gray, and

said third coding color is black.

14. A system of linear measurement which includes a first linear scale comprising:

a plurality of line segments of different lengths representing integer measurement increments and fractional measurement increments, where all line segments having the same length are assigned the same respective color in a color coding scheme, and

a plurality of different nonlinear two-dimensional symbols representing different fractional measurement increments, wherein all of the same two-dimensional symbols are assigned the same respective color in the color coding scheme, and wherein different two-dimensional symbols are assigned different colors in the color coding scheme.

15. The system of linear measurement of claim 14 wherein said line segments of different lengths and said different nonlinear two-dimensional symbols are color coded such that line segments and nonlinear two-dimensional symbols which represent the same fractional measurement increment have the same coded color.

16. The system of linear measurement of claim 14 wherein said line segments include:

first line segments representing integral-increments, wherein said first line segments have a first line length, a first line thickness, and are color coded with a first coding color, and

second line segments representing half-increments, wherein said second line segments have a second line length, a second line thickness, and are color coded with a second coding color.

17. The system of linear measurement of claim 14 wherein said nonlinear two-dimensional symbols include:

first nonlinear two-dimensional symbols representing quarter-increments and three-quarter increments which are color coded with a third coding color, and

second nonlinear two-dimensional symbols representing eighth-increments, three-eighth-increments, five-eighth-increments, and seven-eighth-increments which are color coded with a fourth coding color,

wherein said first two-dimensional symbols and said second two-dimensional symbols are not the same two-dimensional symbols.

18. The system of linear measurement of claim 14 , further including a second measurement scale comprising:

third line segments representing integral-metric increments, wherein said third line segments have a third line length, a third line thickness, and are color coded with a fifth coding color,

fourth line segments representing half-metric increments, wherein said fourth line segments have a fourth line length, a fourth line thickness, and are color coded with a sixth coding color, and

fifth line segments representing nonhalf-fractional-metric increments, wherein said fifth line segments have a fifth line length, a fifth line thickness, and are color coded with a seventh coding color.

19. The system of linear measurement of claim 18 wherein said fifth color coding and said first color coding are the same color.

20. The system of linear measurement of claim 18 wherein said fifth color coding and said first color coding are blue.

21. The system of linear measurement of claim 18 wherein said seventh color coding and said second color coding are the same color.

22. The system of linear measurement of claim 18 wherein said seventh color coding and said second color coding are black.

23. A system of metric linear measurement which includes a linear scale comprising:

first line segments representing integral-metric increments, wherein said first line segments have a first line length, a first line thickness, and are color coded with a first coding color,

second line segments representing half-metric increments, wherein said second line segments have a second line length, a second line thickness, and are color coded with a second coding color, and

third line segments representing nonhalf-fractional-metric increments, wherein said third line segments have a third line length, a third line thickness, and are color coded with a third coding color.

24. The system of linear measurement of claim 23 wherein:

said first coding color is blue,

said second coding color is gray, and

said third coding color is black.

25. A system of linear measurement which includes a three-dimensional linear scale comprising:

a plurality of three-dimensional line segments of different lengths representing integer measurement increments and fractional measurement increments,

a plurality of different nonlinear three-dimensional symbols representing different fractional measurement increments, and

a plurality of three-dimensional numerical integer symbols.

26. The system of linear measurement of claim 25 wherein said three-dimensional line segments include:

first three-dimensional line segments representing integral-increments, wherein said first line segments have a first line length, and a first line thickness, and

second three-dimensional line segments representing half-increments, wherein said second line segments have a second line length, and a second line thickness.

27. The system of linear measurement of claim 25 wherein said nonlinear three-dimensional symbols include:

first nonlinear three-dimensional symbols representing quarter-increments and three-quarter increments, and

second nonlinear three-dimensional symbols representing eighth-increments, three-eighth-increments, five-eighth-increments, and seven-eighth-increments,

wherein said first three-dimensional symbols and said second three-dimensional symbols are not the same three-dimensional symbols.