Information-presentation structure with pressure spreading and pressure-sensitive color change

• US 9,789,381 B1
• Filed: 11/03/2016
• Issued: 10/17/2017
• Est. Priority Date: 11/03/2016
• Status: Active Grant

• Current Assignee: Ronald J. Meetin
• Original Assignee: Ronald J. Meetin
• Inventors: Meetin, Ronald J.
• Primary Examiner(s): Coburn, Corbett B
• Application Number:
  US15/343,121
• Time in Patent Office: 348 Days
• CPC Class Codes: A63B 2024/0037 on a target surface or at impact on the ground
• CPC Class Codes: A63B 2024/0043 Systems for locating the point of impact on a specific surface
• CPC Class Codes: A63B 2071/0611 Automatic tennis linesmen, i.e. in-out detectors
• CPC Class Codes: A63B 2071/0625 Emitting sound, noise or music
• CPC Class Codes: A63B 2071/0694 Visual indication, e.g. Indicia
• CPC Class Codes: A63B 2102/00 Application of clubs, bats, rackets or the like to the sporting activity ; particular sports involving the use of balls and clubs, bats, rackets, or the like
• CPC Class Codes: A63B 2220/13 Relative positions
• CPC Class Codes: A63B 2220/80 Special sensors, transducers or devices therefor
• CPC Class Codes: A63B 2220/801 Contact switches
• CPC Class Codes: A63B 2220/806 Video cameras
• CPC Class Codes: A63B 2220/807 Photo cameras
• CPC Class Codes: A63B 2225/20 with means for remote communication, e.g. internet or the like
• CPC Class Codes: A63B 2225/74 with powered illuminating means, e.g. lights
• CPC Class Codes: A63B 2243/0037 Basketball
• CPC Class Codes: A63B 71/0605 Decision makers and devices using detection means facilitating arbitration
• CPC Class Codes: A63B 71/0608 using mechanical, i.e. non-electrical means
• CPC Class Codes: A63B 71/0622 Visual, audio or audio-visual systems for entertaining, instructing or motivating the user

Abstract

A variable-color region (106) of an information-presentation structure extends to an exposed surface (102) at a surface zone (112), normally appears along it as a principal color, and includes pressure-sensitive color-change structure (132) and pressure-spreading structure (242) having an internal pressure-spreading surface (244). An object (104) impacts the zone at an object-contact area (116). The pressure-spreading structure spreads pressure of the impact along a distributed-pressure area (256) of the pressure-spreading surface. A segment (142) of the pressure-sensitive color-change structure responds to the excess internal pressure along the distributed-pressure area by causing an impact-dependent portion (138) of the variable-color region to temporarily appear along a print area (118) of the zone as changed color materially different from the principal color if the excess internal pressure meets excess internal pressure criteria. The print area thereby closely matches the object-contact area in size, shape, and location.

Claims

1. An information-presentation (“

IP”

) structure comprising an object-impact (“

OI”

) structure having an exposed surface for being impacted by an object during an activity, the OI structure comprising a variable-color (“

VC”

) region which extends to the exposed surface at a surface zone and normally appears along it largely as a principal color during the activity, the VC region comprising;

pressure-sensitive color-change (“

PSCC”

) structure; and

pressure-spreading structure situated at least partly between the surface zone and the PSCC structure and having a pressure-spreading surface spaced apart from the surface zone, the object impacting the surface zone at an impact-dependent (“

ID”

) object-contact (“

OC”

) area spanning where the object contacts the surface zone, the OC area being capable of being of substantially arbitrary shape, the pressure-spreading structure laterally spreading pressure of the impact along an ID distributed-pressure area of the pressure-spreading surface, the distributed-pressure area laterally outwardly conforming largely to, being laterally larger than, and being laterally largely concentric with the OC area, an ID segment of the PSCC structure responding to excess internal pressure along the distributed-pressure area by causing an ID portion of the VC region to temporarily appear along an ID print area of the surface zone largely as changed color materially different from the principal color if excess internal pressure along the distributed-pressure area meets excess internal pressure criteria, excess internal pressure being pressure in excess of normal internal pressure, the print area at least partly encompassing, at least mostly outwardly conforming largely to, and being largely concentric with the OC area.

2. An IP structure as in claim 1 wherein the print area differs no more than 20% in area from the OC area at least if total ID area spanning where the object contacts the exposed surface during the impact is in the surface zone.

3. An IP structure as in claim 1 wherein the print area differs no more than 10% in area from the OC area at least if total ID area spanning where the object contacts the exposed surface during the impact is in the surface zone.

4. An IP structure as in claim 1 wherein the pressure-spreading structure has a transmissivity of at least 40% at at least one location along the pressure-spreading structure to light incident largely perpendicularly on the surface zone and at at least wavelengths of (a) at least a majority component of light suitable for forming the principal color and (b) at least a majority component of light suitable for forming the changed color.

5. An IP structure as in claim 1 wherein:

the PSCC structure normally reflects light having at least a majority component of wavelength suitable for forming the principal color such that the VC region normally appears along the surface zone largely as the principal color; and

the ID segment of the PSCC structure responds to excess internal pressure along the distributed-pressure area by temporarily reflecting light having at least a majority component of wavelength suitable for forming color different from the principal color if the excess internal pressure along the distributed-pressure area meets the excess internal pressure criteria such that the ID portion temporarily appears along the print area largely as the changed color.

6. An IP structure as in claim 1 wherein the ID segment of the PSCC structure responds to excess internal pressure along the distributed-pressure area by temporarily emitting light having at least a majority component of wavelength suitable for forming color different from the principal color if the excess internal pressure along the distributed-pressure area meets the excess internal pressure criteria such that the ID portion temporarily appears along the print area largely as the changed color.

7. An IP structure as in claim 1 wherein the PSCC structure comprises a pressure-sensitive component and a color-change (“

CC”

) component, an ID segment of the pressure-sensitive component responding to the excess internal pressure along the distributed-pressure area by providing a pressure-sensitive effect if the impact meets the excess internal pressure criteria, an ID segment of the CC component responding to the pressure-sensitive effect by causing the ID portion to temporarily appear along the print area largely as the changed color.

8. An IP structure as in claim 7 wherein:

the CC component normally reflects light having at least a majority component of wavelength suitable for forming the principal color such that the VC region normally appears along the surface zone largely as the principal color; and

the ID segment of the CC component responds to the impact effect, if provided, by temporarily reflecting light having at least a majority component of wavelength suitable for forming color different from the principal color such that the ID portion temporarily appears along the print area largely as the changed color.

9. An IP structure as in claim 7 wherein the ID segment of the CC component responds to the impact effect, if provided, by temporarily emitting light having at least a majority component of wavelength suitable for forming color different from the principal color such that the ID portion temporarily appears along the print area largely as the changed color.

10. An IP structure as in claim 1 wherein the pressure-spreading structure blocks at least 80% of ultraviolet radiation incident on the pressure-spreading structure from outside the OI structure.

11. An IP structure as in claim 1 wherein the print area fully outwardly conforms largely to the OC area if total ID area spanning where the object contacts the exposed surface during the impact is in the surface zone.

12. An IP structure as in claim 1 wherein the print area encompasses most of the OC area at least if total ID area spanning where the object contacts the exposed surface during the impact is in the surface zone.

13. An IP structure as in claim 1 wherein the OI structure is incorporated into a tennis court for which the exposed surface has (a) two opposite baselines, (b) two opposite sidelines extending between the baselines to define inwardly an in-bounds playing area, (c) two opposite servicelines situated between the baselines and extending lengthwise between the sidelines, and (d) a centerline situated between the sidelines and extending lengthwise between the servicelines, a backcourt of the in-bounds area defined by each baseline, the sidelines, and the serviceline closest to that baseline so as to establish two backcourts, the object being a tennis ball, the surface zone comprising VC backcourt area which comprises two VC backcourt area portions respectively partly occupying the backcourts and respectively adjoining the servicelines along largely their entire lengths.

14. An IP structure as in claim 1 wherein the VC region is at least partly allocated into a multiplicity of VC cells arranged laterally in a layer, each cell extending to a part of the surface zone, the cells normally appearing along their parts of the surface zone largely as the principal color during the activity, each cell comprising:

a pressure-spreading part of the pressure-spreading structure, the pressure-spreading part having a surface constituted with a part of the pressure-spreading surface; and

a PSCC part of the PSCC structure, the PSCC part causing that cell to temporarily appear along its part of the surface zone largely as the changed color if any excess internal pressure along its part of the pressure-spreading surface meets cellular excess internal pressure criteria.

15. An information-presentation (“

IP”

) structure comprising;

an object-impact (“

OI”

) structure having an exposed surface for being impacted by an object during an activity, the OI structure comprising a variable-color (“

VC”

) region which extends to the exposed surface at a surface zone and normally appears along it largely as a principal color during the activity, the VC region comprising (a) pressure-sensitive color-change (“

PSCC”

) structure and (b) pressure-spreading structure situated at least partly between the surface zone and the PSCC structure and having a pressure-spreading surface spaced apart from the surface zone, the object impacting the surface zone at an impact-dependent (“

ID”

) object-contact (“

OC”

) area spanning where the object contacts the surface zone, the pressure-spreading structure laterally spreading pressure of the impact along an ID distributed-pressure area of the pressure-spreading surface, the distributed-pressure area laterally outwardly conforming largely to, being laterally larger than, and being laterally largely concentric with the OC area, an ID segment of the PSCC structure responding to excess internal pressure along the distributed-pressure area by providing a general characteristics-identifying impact signal if excess internal pressure along the distributed-pressure area meets excess internal pressure criteria, excess internal pressure being pressure in excess of normal internal pressure, the impact signal identifying an expected location of an ID print area in the surface zone and general supplemental impact information for the impact; and

a color-change (“

CC”

) controller responsive to the impact signal, if provided, for determining whether the supplemental impact information meets supplemental impact criteria and, if so, for providing a general CC initiation signal, the ID segment of the PSCC structure responding to the initiation signal, if provided, by causing an ID portion of the VC region to temporarily appear along the print area largely as changed color materially different from the principal color, the print area at least partly encompassing, at least mostly outwardly conforming largely to, and being largely concentric with the OC area.

16. An IP structure as in claim 15 wherein the PSCC structure comprises a pressure-sensitive component and a color-change (“

CC”

) component, an ID segment of the pressure-sensitive component responding to the excess internal pressure along the distributed-pressure area by providing the impact signal if the impact meets the excess internal pressure criteria, an ID segment of the CC component responding to the initiation signal, if provided, by causing the ID portion to temporarily appear along the print area largely as the changed color.

17. An IP structure as in claim 16 wherein:

the CC component normally reflects light having at least a majority component of wavelength suitable for forming the principal color such that the VC region normally appears along the surface zone largely as the principal color; and

the ID segment of the CC component responds to the initiation signal, if provided, by temporarily reflecting light having at least a majority component of wavelength suitable for forming color different from the principal color such that the ID portion temporarily appears along the print area largely as the changed color.

18. An IP structure as in claim 16 wherein the ID segment of the CC component responds to the initiation signal, if provided, by temporarily emitting light having at least a majority component of wavelength suitable for forming color different from the principal color such that the ID portion temporarily appears along the print area largely as the changed color.

19. An IP structure as in claim 15 wherein the OI structure is incorporated into a tennis court for which the exposed surface has (a) two opposite baselines, (b) two opposite sidelines extending between the baselines to define inwardly an in-bounds playing area, (c) two opposite servicelines situated between the baselines and extending lengthwise between the sidelines, and (d) a centerline situated between the sidelines and extending lengthwise between the servicelines, a backcourt of the in-bounds area defined by each baseline, the sidelines, and the serviceline closest to that baseline so as to establish two backcourts, the object being a tennis ball, the surface zone comprising VC backcourt area which comprises two VC backcourt area portions respectively partly occupying the backcourts and respectively adjoining the servicelines along largely their entire lengths.

20. An IP structure as in claim 15 wherein:

the VC region is at least partly allocated into a multiplicity of VC cells arranged laterally in a layer, each cell extending to a part of the surface zone, the cells normally appearing along their parts of the surface zone largely as the principal color during the activity, each cell comprising (a) a pressure-spreading part of the pressure-spreading structure, the pressure-spreading part having a surface constituted with a part of the pressure-spreading surface, and (b) a PSCC part of the PSCC structure, the PSCC part providing a cellular characteristics-identifying impact signal if the impact causes that cell to meet cellular threshold impact criteria and temporarily become a threshold criteria-meeting (“

CM”

) cell, the cellular impact signal identifying cellular supplemental impact information for the object impacting the OC area as experienced at that threshold CM cell, the general supplemental impact information comprising the cellular supplemental impact information of that threshold CM cell and any other threshold CM cell; and

the controller responds to the cellular impact signal of each threshold CM cell by providing its PSCC part with a cellular CC initiation signal that causes it to temporarily become a full CM cell and temporarily appear along its part of the surface zone largely as the changed color if the general supplemental impact information meets the supplemental impact criteria.