Standing surface to encourage movement
A shaped standing mat or base providing a trampoline-like rebounding surface that is a highly responsive and dynamic support surface for a standing person where that person is able to maintain a proper stance relative to their foot angle, and to engage in mild exercise movement and foot rotation and stretching without undue interruption of mental concentration in a work or other environment.
1. A mat for standing comprising:
an upper surface that accepts a standing user when the mat is placed on a floor surface; a length, measured across a greatest span of the upper surface, that is perpendicular to a greatest width measured across the upper surface, the length being no longer than 40.9 inches, the width being no longer than 25 inches and no shorter than 9.6 inches;
a lower surface positioned substantially opposite to the upper surface and connected to the upper surface by at least an edge of the mat, an external portion of the lower surface contacting the floor surface;
a linear compression modulus, measured at the upper surface, for all but a first 10% strain of an available strain, the linear compression modulus having a given coefficient of determination value of at least 0.98; and
at least a first adjustment mechanism that is operable to modify the linear compression modulus to be within a range of 40 to 100 lb×in −2 ;
the mat characterized by a lower linear compression modulus as measured within a near edge area than as measured within a central region.
2. The mat of claim 1 wherein a surrounding edge and the near edge area of the upper surface compresses to conform to the bottom of a standing user's foot when the edge is compressed by downward force applied by the user such that one portion of the user's foot straddling the edge is able to approach the floor surface while the other portion of the user's foot maintains contact with the upper surface of the mat.
3. The mat of claim 1 wherein the mat is further characterized by a linear center compression modulus as measured within the central region that is or is adjustable to be within a range of 50 to 100 lb×in −2 .
4. The mat of claim 1 wherein the mat is further characterized by a linear edge compression modulus as measured within the near edge area that is or is adjustable to be within a range of 43 to 88 lb×in −2 .
5. The mat of claim 1 wherein the linear compression modulus as measured within the near edge area is a linear edge compression modulus and the linear compression modulus as measured within the central region is a linear center compression modulus, and the linear edge compression modulus and the linear center compression modulus together form a linear compression modulus ratio that is or is adjustable to be within a range of 75% to 95%.
6. The mat of claim 1 wherein the at least a first adjustment mechanism permits an adjustment that can modify the linear compression modulus within a range of 50 to 80 lb×in −2 .
7. The mat of claim 1 further characterized by:
a bending rigidity that is or is adjustable to be within a range of 15 to 122 lb×in −1 ; and
a flexural rigidity that is or is adjustable to be within the range from 2,000 to 101,000 lb×in 2 .
8. The mat of claim 7 further characterized by a mass less than ten pounds, a mat density less than 0.013 lb×in −3 , and a surface pressure less than 0.026 lb×in −2 to permit the mat to be easily moved by the user's foot.
9. The mat of claim 1 further characterized by a coefficient of restitution greater than 0.70.
10. The mat of claim 1 comprising an inflatable air bladder capable of being pressurized to at least a first pressure within a range of 2 to 5 lb×in −2 .
11. A mat for standing, comprising:
an upper surface;
a lower surface attached to the upper surface;
at least one of the upper and lower surfaces being substantially planar;
a length measured across a greatest span of the upper surface that is perpendicular to a greatest width measured across the upper surface, the length being no longer than 40.9 inches, the width being no longer than 25 inches and no shorter than 9.6 inches;
a generally vertically oriented edge, connecting the lower surface to the upper surface, that conforms under the weight of a standing user to the surface of at least one of the standing user's feet pressing upon the mat;
wherein the mat is characterized by a mat thickness within the range from 0.5 to 4 inches and has or is adjustable to have a bending rigidity within the range from 15 to 122 lb×in −1 and a flexural rigidity within the range from 2,000 to 101,000 lb×in 2 such that the mat is self-supporting, the combination of the rigidity, the length, the width, the mat thickness, and the generally vertically oriented edge permitting the standing user with both feet positioned on opposite ends of the mat to rock the mat off the floor on one end using only the standing user's feet,
wherein the generally vertically oriented edge comprises at least one rounded convex or concave portion such that when force is exerted at one end, the opposing end elevates off of the floor surface,
wherein the mat is characterized by a range of linear deflection spanning downward at least 0.5 inches for a range of forces achievable by an adult sized user when standing and pushing the balls of the adult sized user's feet into the device as the adult sized user's weight shifts from one leg to another where at least 80% of the resulting deflection of the mat remains within the range of linear deflection,
wherein the upper surface has a central region, the central region having a center compression modulus, and
wherein the mat is further characterized by a linear edge compression modulus, wherein the edge compression modulus is no greater than 95% of the center compression modulus.
12. The mat of claim 11 further characterized by a coefficient of restitution greater than 0.70.
13. The mat of claim 11 wherein at least one portion of the mat is gas-filled.
14. The mat of claim 11 wherein the wherein the mat is characterized by a mat thickness between 1.5 and 3 inches.
15. A mat for standing, comprising:
an upper surface;
a lower surface attached to the upper surface;
at least one of the upper and lower surfaces being substantially planar;
a length measured across a greatest span of the upper surface that is perpendicular to a greatest width measured across the upper surface, the length being no longer than 40.9 inches, the width being no longer than 25 inches and no shorter than 9.6 inches;
a generally vertically oriented edge, connecting the lower surface to the upper surface, that conforms under the weight of a standing user to the surface of at least one of the standing user's feet pressing upon the mat;
a mat thickness between 0.5 and 4 inches, a bending rigidity that is or is adjustable to be between 15 and 122 lb×in −1 , and a flexural rigidity within the range from 2,000 to 101,000 lb×in 2 such that the mat is self-supporting, the combination of the rigidity, the length, the width, the mat thickness, and the generally vertically oriented edge permitting the standing user with both feet positioned on opposite ends of the mat to rock the mat off the floor on one end using only the standing user's feet; and
at least a first adjustment mechanism to permit adjustment of the bending rigidity and of the flexural rigidity and also to permit adjustment of a linear center compression modulus, measured at the upper surface, to be a value within a range of 50 to 100 psi, within a range of all but a first 10% strain of an available strain, and the linear compression modulus has a given coefficient of determination value of at least 0.98.
16. The mat of claim 15 wherein the mat has a mass of less than ten pounds and is characterized by a mat thickness between 1.5 and 3 inches.
17. A mat for standing, comprising:
an upper surface that accepts a standing user when the mat is placed on a firm surface;
a length, measured across a greatest span of the upper surface, that is perpendicular to a greatest width measured across the upper surface, the length being no longer than 40.9 inches, the width being no longer than 25 inches and no shorter than 9.6 inches, the length being sufficient to permit the user to place the user's feet near opposite ends of the length; and
at least a first adjustment mechanism to permit adjustment of a linear compression modulus, measured in a center area of the upper surface, to be within a range of 40 to 100 lb×in −2 , as measured within a range of all but a first 10% strain of an available strain, and wherein the linear compression modulus has a given coefficient of determination value of at least 0.98.
18. The mat of claim 17 further comprising a front edge and a rear edge substantially opposite to the front edge, a lower surface comprising a flat region, and a rocking region positioned near the perimeter of the mat, the flat region disposed between the rocking region along the front edge and the rocking region along the rear edge wherein the flat region on the lower surface of the mat is no longer than 29.6 inches and no shorter than 13.5 inches.
19. A standing mat, comprising:
a first surface, and a second surface positioned opposite to the first surface, the first and second surfaces connected to each other by at least an edge of the mat, each surface accepting a standing user when the opposing surface is placed on a floor surface;
a length measured across a greatest span of either the first or the second surface that is perpendicular to a greatest width measured across either the first or the second surface, the length being no longer than 40.9 inches, the width being no longer than 25 inches and no shorter than 9.6 inches;
a rocking region extending around at least a portion of a perimeter of the mat; and
at least a first adjustment mechanism to permit adjustment of a linear compression modulus, measured at an upper surface corresponding to the surface opposite to the surface placed on the floor surface, over a range of all but a first 10% strain of available strain, the linear compression modulus having a given coefficient of determination value of at least 0.98,
the mat being characterized by at least one of the first surface or the second surface being substantially planar, a bending rigidity that is or is adjustable to be within a range of 15 to 122 lb×in −1 , and a flexural rigidity that is or is adjustable to be within the range from 2,000 to 101,000 lb×in 2 , the bending rigidity and the flexural rigidity being sufficient that the rocking region permits the user with both feet positioned on opposite ends of the mat to generate a pushback force that is felt against their first foot by significantly shifting their weight to their second foot to apply downward force to the rocking region and by rocking the board off the floor on one end, using only their feet, the feeling of the pushback force encouraging the user to move more, and
wherein the rocking region is positioned along the perimeter of the mat, and wherein the edge operates to functionally extend the rocking region by at least partially collapsing and conforming to pressure applied by the feet.
20. The mat of claim 19 wherein the first adjustment mechanism permits adjustment to achieve an edge of at least 1.5 inches in height and at least one portion of the mat is gas-filled.