Granted Patent B2

US 12,297,608 · App. 18/917,488 · Granted May 13, 2025

Inventors: Mike Reardon (Yorba Linda, CA); Kevin Reardon (Anaheim Hills, CA)

Assignee: Clover Equipment, LLC

E01C9/083

Abstract

Claims (43)

1. A selectively frictionally engaged hole cover comprising a cover plate and an engagement mechanism:

the cover plate having a top surface and a bottom surface opposite the top surface, the top surface being configured to support safe passage of pedestrians and vehicular traffic across the selectively frictionally engaged hole cover, the cover plate further comprising an engagement support bracket having a sidewall extending from the bottom surface of the cover plate about the access hole and further having a support plate coupled with the sidewall opposite of the cover plate, the support plate having a support plate hole sufficiently aligned with the access hole for receipt therethrough of a shank of the engagement screw while the head of the engagement screw seats on the support plate; and

the engagement mechanism being coupled with the cover plate and extending from the bottom surface of the cover plate, the engagement mechanism comprising an engagement screw, an engagement plate, an engagement member, and an engagement member stop;

the engagement screw operably installed between the cover plate and the engagement plate thereby attaching the cover plate to the engagement mechanism, the engagement screw having a head and a shank extending from the head, the shank having a threaded portion formed thereon opposite the head; and

the engagement plate being selectively shiftable relative to the cover plate and configured to thereby shift the engagement member up and against the engagement member stop and thus radially outwardly or down and away from the engagement member stop and thus radially inwardly;

wherein the selectively frictionally engaged hole cover is configured to cover a bore hole formed through a paved surface with engagement mechanism positioned within the bore hole and supported at least initially therein by the cover plate that rests upon the paved surface and substantially covers the bore hole.

2. The selectively frictionally engaged hole cover of claim 1 , wherein actuation of the engagement mechanism comprises rotation of the engagement screw in a first rotational direction to cause the first movement and rotation of the engagement screw in a second rotational direction opposite the first rotational direction to cause the second movement.

3. The selectively frictionally engaged hole cover of claim 1 , wherein, during an engagement procedure, the engagement mechanism is configured to be actuated to cause a first movement of the engagement plate so as to shift the engagement member up and against the engagement member stop to move the engagement member radially outwardly and into frictional contact with the bore hole to substantially prevent extraction of the engagement mechanism from the bore hole and to substantially prevent lifting of the cover plate due to forces exerted by vehicular traffic thereupon.

4. The selectively frictionally engaged hole cover of claim 1 , wherein, during a disengagement procedure, the engagement mechanism is configured to be actuated to cause a second movement of the engagement plate so as to shift the engagement member down and away from the engagement member stop to allow the engagement member to move radially inwardly and out of frictional contact with the bore hole and permit extraction of the engagement mechanism from the bore hole.

5. The selectively frictionally engaged hole cover of claim 1 , wherein the cover plate further comprises an access hole, the head of the engagement screw being situated substantially flush or below the top surface of the cover plate and sufficiently aligned with the access hole to permit actuation of the engagement screw through the access hole.

6. The selectively frictionally engaged hole cover of claim 1 , wherein the engagement plate comprises a substantially central threaded hole for selective receipt of the threaded portion of the engagement screw.

7. The selectively frictionally engaged hole cover of claim 1 , wherein the engagement plate comprises a perimeter lip oriented to contact the engagement member in shifting the engagement member along the engagement member stop as the engagement plate is shifted relative to the cover plate.

8. The selectively frictionally engaged hole cover of claim 1 , wherein a bracket housing is installed on the bottom surface of the cover plate thereby encasing the engagement support bracket.

9. The selectively frictionally engaged hole cover of claim 1 , wherein engagement support bracket further comprises one or more bracing ribs.

10. The selectively frictionally engaged hole cover of claim 9 , wherein the bracket housing is bowl-shaped has a flat bottom portion, an angular angled portion that extends at an upward and outward angle from bottom portion to form a sloped wall, and a skirt portion that extends from angled portion and is substantially perpendicular to bottom portion, wherein the angled portion functions as the engagement member stop.

11. The selectively frictionally engaged hole cover of claim 1 , wherein a stand-off is installed adjacent to the support plate of the engagement support bracket, the stand-off having a through-hole for receipt therethrough of the shank of the engagement screw, the shank having sufficient length to pass out of the through-hole of the stand-off.

12. The selectively frictionally engaged hole cover of claim 11 , wherein a retainer plate is installed adjacent to the stand-off opposite the support plate of the engagement support bracket, the retainer plate having a retainer plate hole sufficiently aligned with the through-hole of the stand-off for receipt therethrough of the shank of the engagement screw.

13. The selectively frictionally engaged hole cover of claim 12 , wherein the engagement member stop is installed so as to extend downwardly and inwardly from the retainer plate, whereby the engagement member shifts up and down along the engagement member stop and thus radially outwardly and inwardly as the engagement plate shifts up and down relative to the retainer plate.

14. The selectively frictionally engaged hole cover of claim 12 , wherein a retainer plate skirt is formed extending downwardly from the retainer plate, and further wherein the engagement member stop is configured at an angle spanning between the retainer plate and the retainer plate skirt.

15. The selectively frictionally engaged hole cover of claim 12 , wherein the outer edge of the retainer plate and the outer edge of the engagement member are substantially vertically aligned.

16. The selectively frictionally engaged hole cover of claim 1 , wherein a cover plate skirt is formed extending downwardly from the bottom surface of the cover plate and the engagement member stop is configured at an angle spanning between the cover plate and the cover plate skirt.

17. The selectively frictionally engaged hole cover of claim 16 , wherein the cover plate skirt and the outer edge of the engagement member are substantially vertically aligned.

18. A selectively frictionally engaged hole cover comprising a cover plate, a bracket housing, and an engagement mechanism:

the cover plate having a top surface and a bottom surface opposite the top surface, the top surface being configured to support safe passage of pedestrians and vehicular traffic across the selectively frictionally engaged hole cover;

the bracket housing installed on the bottom surface of the cover plate and encasing a engagement support bracket, the backet housing being bowl-shaped with a flat bottom portion, an angular angled portion that extends at an upward and outward angle from bottom portion to form a sloped wall, and a skirt portion that extends from angled portion and is substantially perpendicular to bottom portion, wherein the angled portion functions as an engagement member stop; and

the engagement mechanism coupled with the cover plate and extending from the bottom surface of the cover plate, the engagement mechanism comprising an engagement screw, an engagement plate, and an engagement member;

the engagement screw operably installed between the cover plate and the engagement plate thereby attaching the cover plate to the engagement mechanism, the engagement screw having a head and a shank extending from the head, the shank having a threaded portion formed thereon opposite the head; and

the engagement plate having a substantially central threaded hole for selective receipt of the threaded portion of the engagement screw that enables selective shifting of the engagement plate relative to the cover plate and configured to thereby shift the engagement member up and against the engagement member stop and thus radially outwardly or down and away from the engagement member stop and thus radially inwardly;

wherein the selectively frictionally engaged hole cover is configured to cover a bore hole formed through a paved surface with engagement mechanism positioned within the bore hole and supported at least initially therein by the cover plate that rests upon the paved surface and substantially covers the bore hole.

19. A selectively frictionally engaged hole cover comprising a cover plate and an engagement mechanism:

the cover plate having a top surface and a bottom surface opposite the top surface, the top surface being configured to support safe passage of pedestrians and vehicular traffic across the selectively frictionally engaged hole cover;

the engagement mechanism coupled with the cover plate and extending from the bottom surface of the cover plate, the engagement mechanism comprising an engagement screw, an engagement plate, an engagement member, a retainer plate, and a stand-off;

the engagement screw operably installed between the cover plate and the engagement plate thereby attaching the cover plate to the engagement mechanism, the engagement screw having a head and a shank extending from the head, the shank having a threaded portion formed thereon opposite the head; and

the retainer plate spaced from the cover plate, the retainer plate comprising a retainer plate skirt extending downwardly from the bottom surface of the retainer plate and an engagement member stop configured at an angle spanning between the bottom surface of the retainer plate and an outer surface of the retainer plate skirt;

the stand-off couples the retainer plate to the cover plate, the stand-off having a through-hole for receipt therethrough of the shank of the engagement screw, the shank having sufficient length to pass out of the through-hole of the stand-off; and

the engagement plate having a substantially central threaded hole for selective receipt of the threaded portion of the engagement screw that enables selective shifting of the engagement plate relative to the retainer plate and configured to thereby shift the engagement member up and against the engagement member stop and thus radially outwardly or down and away from the engagement member stop and thus radially inwardly;

wherein the selectively frictionally engaged hole cover is configured to cover a bore hole formed through a paved surface with engagement mechanism positioned within the bore hole and supported at least initially therein by the cover plate that rests upon the paved surface and substantially covers the bore hole.

20. A selectively frictionally engaged hole cover comprising a cover plate and an engagement mechanism:

the cover plate having a top surface and a bottom surface opposite the top surface, the top surface being configured to support safe passage of pedestrians and vehicular traffic across the selectively frictionally engaged hole cover, wherein a cover plate skirt is formed extending downwardly from the bottom surface of the cover plate and the engagement member stop is configured at an angle spanning between the cover plate and the cover plate skirt; and

the engagement mechanism being coupled with the cover plate and extending from the bottom surface of the cover plate, the engagement mechanism comprising an engagement screw, an engagement plate, an engagement member, and an engagement member stop;

the engagement screw operably installed between the cover plate and the engagement plate thereby attaching the cover plate to the engagement mechanism, the engagement screw having a head and a shank extending from the head, the shank having a threaded portion formed thereon opposite the head; and

the engagement plate being selectively shiftable relative to the cover plate and configured to thereby shift the engagement member up and against the engagement member stop and thus radially outwardly or down and away from the engagement member stop and thus radially inwardly;

wherein the selectively frictionally engaged hole cover is configured to cover a bore hole formed through a paved surface with engagement mechanism positioned within the bore hole and supported at least initially therein by the cover plate that rests upon the paved surface and substantially covers the bore hole.

Assignments (2)

Continuity (2)

References Cited (16)