Paver pedestal for wind uplift protection

Description

BACKGROUND OF THE IDEA

Paver pedestal systems are widely used in modern construction to create level surfaces on sloped rooftops, terraces, and outdoor plazas. These systems consist of adjustable pedestals that support paving slabs, allowing for easy installation and maintenance, while providing space for drainage, electrical wiring, and other utilities. Initially, paver pedestal systems were developed to address concerns about water drainage and weight distribution on rooftop surfaces, offering flexibility and a durable finish.

However, one of the major challenges faced by these systems is wind uplift, a phenomenon where strong winds create upward pressure on pavers, potentially dislodging or damaging them. This issue is particularly prevalent in high-wind areas, coastal zones, and buildings in exposed locations. In response, manufacturers have developed various solutions to mitigate wind uplift risks, including the use of mechanical fasteners, interlocking pavers, perimeter restraints, increased ballast, and adhesive bonding techniques. These innovations ensure the system's stability, even under extreme weather conditions.

SUMMARY OF THE IDEA

Paver pedestal systems are used to create level, elevated surfaces on rooftops and terraces, offering easy installation and drainage. However, wind uplift, where strong winds can dislodge pavers, is a major concern, particularly in high-wind areas. To address this, modern paver pedestal systems are designed with features like mechanical fasteners, interlocking pavers, perimeter restraints, and additional ballast or adhesives. These measures ensure the stability and security of the pavers, protecting them from wind damage while maintaining functionality and aesthetic appeal. This approach enhances both safety and the longevity of the installation.

DESCRIPTION OF IDEA

A paver pedestal is used to avoid uplifting of pavers due to heavy air flow, it consists of a pedestal which holds the paver at its place so it didn't uplift due to heavy air flow, a paver spacer which gives spaces between tiles so that pedestal can be adjusted there, it have plates which are placed at the top of pedestal, some adhesive material us used for adhesion of all the material.

DESCRIPTION OF DRAWING

1 of FIG. 1 shows Adjustable pedestal that holds paver/tiles on roof/floor;

2 of FIG. 1 shows Paver spacers that creates spaces between tiles/paver;

4 of FIG. 1 shows plates that is placed on top of pedestal;

2 of FIG. 2 shows Paver spacers that creates spaces between tiles/paver;

4 of FIG. 2 shows plates that is placed on top of pedestal;

1 of FIG. 3 shows Adjustable pedestal that holds paver/tiles on roof/floor;

2 of FIG. 3 shows Paver spacers that creates spaces between tiles/paver;

4 of FIG. 3 shows plates that is placed on top of pedestal;

1 of FIG. 4 shows Adjustable pedestal that holds paver/tiles on roof/floor;

2 of FIG. 4 shows Paver spacers that creates spaces eetween tiles/paver;

3 of FIG. 4 showsAdhesive on the plate that will stick to the paver/tile for wind uplift resistance;

4 of FIG. 4 shows plates that is placed on top of pedestal

1 of FIG. 5 shows Adjustable pedestal that holds paver/tiles on roof/floor;

2 of FIG. 5 shows Paver spacers that creates spaces between tiles/paver;

3 of FIG. 5 shows Adhesive on the plate that will stick to the paver/tile for wind uplift resistance

4 of FIG. 5 shows plates that is placed on top of pedestal

5 of FIG. 5 shows tile put on the adhesive material.