Device and Method for Installing Posts

Abstract

One aspect of the present invention is a device for protecting a post during installation in the ground using an impact instrument. The device comprises a strike surface for receiving the instrument impact. The strike surface is disposed on a first side of the device. The device also comprises a seat for mounting on an upper portion of the post. The device generally covers the upper portion of the post when positioned thereon. Also, the seat is formed by at least one depression disposed on a second side of the device. At least part of the depression is shaped to receive the upper portion of the post inserted therein.

Description

CROSS-REFERENCE TO RELATED APPLICATIONS [0001] This application claims the benefit of U.S. Provisional Patent Application Ser. No. 60 / 784,836 filed on Mar. 22, 2006.BACKGROUND OF THE INVENTION [0002] It is well understood that the installation of a post in the ground can be a labor intensive process. Such is particularly understood in the construction, landscaping and fence industries, where posts are used in the construction of railings, barriers and / or gates. [0003] Ground installations of a post that avoid the use of added materials, such as concrete or securing brackets, simply embed a portion of a post into the ground. One method of inserting a post into the ground involves the installer excavating or digging a hold in which to secure the post. The base of the post in then inserted into the hold and the excavated material is packed around it. However, digging a hole is time consuming and often loosens too much of the earth needed to surround and secure the post. [0004] Another ...

AI Technical Summary

Benefits of technology

[0007] the present invention provides a post installation device and method. The invention has particular application to ground installations of fence and / or gate posts and can prevent damage to the post during the installation process.

Problems solved by technology

It is well understood that the installation of a post in the ground can be a labor intensive process.

However, digging a hole is time consuming and often loosens too much of the earth needed to surround and secure the post.

However, the severe impact on the top of the post can often cause damage to the post.

To avoid such damage, installers can attempt to place a temporary board or piece of wood on top of the post before hammering, but this leads to a cumbersome and unstable configuration.

Holding the board in place requires a spare hand, which then makes swinging a sledgehammer difficult.

Even if the installer manages to balance a board on top of the post, it is prone to falling off before being hammered or even popping off after impact.

In this way, the temporary board configuration can cause injury to anyone or anything in the proximity of the installation, including the post itself or the installer.

However, the PVC or high density polyethylene, while strong and durable, are still prone to shattering, splintering, cracking, or weakening when hit by a blunt instrument.

Also, as in the case of an ornamental fence, a post can have a delicate outer coating that is easily marred or scratched.

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