Rain gutter cover

Abstract

A rain gutter cover comprising an elongate cover member adapted to be situated over an open trough of a rain gutter. The cover member has a first cover portion integrally extending into a second water directing portion following a rounded nose portion. An outer surface of the elongate cover member is adapted to substantially cause water passing thereover to adhere to its surface even under light rainfall conditions. The first portion includes multiple channels configured to converge water on the first portion and facilitate initial water adherence to the surface of the second portion.

Description

FIELD OF THE INVENTION[0001]The present invention relates generally to rain gutter covers. More particularly, the present invention relates to a rain gutter cover constructed to deflect leaves or other debris away from a rain gutter while directing rain water into the rain gutter.BACKGROUND OF THE INVENTION[0002]Rain gutters are constructed to collect water and are installed at the edge (periphery) of the roof of most residential houses in order to direct the water away from the house and its immediate surroundings. A problem of such rain gutters is that they also collect leaves, pine straw, and other debris, which can clog the rain gutter or otherwise prevent the gutter from performing its intended functions. As a result, the rain gutter performs ineffectively or, in some situations, not at all. At that point, the rain gutter must be cleared of debris.[0003]In order to prevent debris from entering the gutters and to eliminate the need to clear the gutters, various rain gutter cover...

AI Technical Summary

Benefits of technology

[0014]A further aspect of the present invention provides a rain gutter cover comprising an elongate cover member adapted to be situated over an open trough of a rain gutter. The cover member has a first portion integrally extending into a second water directing portion following a rounded nose portion. The second water directing portion is terminated above the open trough of the rain gutter when the cover member is mounted thereover. The first portion defines a plurality of spaced apart first channels, which are substantially parallel and extend in a flow direction. The second portion defines a plurality of spaced apart second channels, which are substantially parallel, extend in the flow direction, and are aligned with respective first channels in the flow direction. The nose portion contains a plurality of indentations between a respective pair of adjacent protrusions. The indentations are aligned with channels in the first portion and receive water delivered to them from those channels. Channels are configured to converge water, creating sufficient flow volume to facilitate traversing the nose and filming on the second portion, thus eliminating incipient dripping.

Problems solved by technology

A problem of such rain gutters is that they also collect leaves, pine straw, and other debris, which can clog the rain gutter or otherwise prevent the gutter from performing its intended functions.

As a result, the rain gutter performs ineffectively or, in some situations, not at all.

As a result, effective gutter covers of the prior art have tended to have nose portions with a larger radius.

While gutter covers having larger diameter nose portions may perform well, they pose certain objectionable considerations.

Requiring relocation of the rain gutter is costly, while requiring placement higher on the roof than the first course of shingles may be aesthetically objectionable.

While the seal-strip is effective in service, it can be difficult to remove and replace when or if the roof is reshingled.

In addition, installation of those covers on other type of roofs, such as shake, tile, or slate, can be difficult or impossible.

Because of the small radius, however, initial wetting of the lower water directing portion of the cover is more difficult to achieve.

These undesired results can cause unsightly stains to appear on the face of the gutter.

An equally vexing problem associated with the dripping that occurs in minimal rainfall conditions is the tendency for icicles to form in cold weather.

Gathering ice is undesirable in that it may seal off the slot through which water from the cover enters the gutter.

Moreover, icicles over entrance ways create a danger to people standing or passing below them.

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